Download Pelco C2904M-B User's Manual

I N S TA L L AT I O N / O P E R AT I O N
®
PelcoNet™
Multimedia Transmission
Via Networks
NET4001A
C2904M-B (2/05)
CONTENTS
Section
Page
IMPORTANT SAFEGUARDS AND WARNINGS .................................................................................................................................................................. 7
REGULATORY NOTICES ............................................................................................................................................................................................. 8
UNPACKING INSTRUCTIONS .................................................................................................................................................................................... 8
WHAT IS THE PELCONET NET4001A TRANSMISSION SYSTEM? .................................................................................................................................... 9
HOW DO LANS AND WANS WORK? ........................................................................................................................................................................ 9
WHO SHOULD INSTALL THE PELCONET NET4001A TRANSMISSION SYSTEM? ................................................................................................... 9
INSTRUCTIONS FOR THE NETWORK ADMINISTRATOR .................................................................................................................................................. 10
THE TRANSMITTER-RECEIVER ................................................................................................................................................................................. 10
THE BROWSER ......................................................................................................................................................................................................... 10
MINIMUM REQUIREMENTS .................................................................................................................................................................................... 10
MPEG ACTIVEX® PLATFORM REQUIREMENTS ...................................................................................................................................................... 10
OVERVIEW ......................................................................................................................................................................................................................... 11
DESCRIPTION ........................................................................................................................................................................................................... 11
SOFTWARE VERSION ............................................................................................................................................................................................... 11
PACKAGE CONTENTS ............................................................................................................................................................................................... 11
FRONT PANEL LEDS ................................................................................................................................................................................................. 12
REAR PANEL CONNECTORS ..................................................................................................................................................................................... 12
PIN ASSIGNMENTS ................................................................................................................................................................................................. 13
TYPICAL APPLICATIONS .................................................................................................................................................................................................... 14
DISPLAYING REMOTE VIDEO ON A WEB BROWSER .............................................................................................................................................. 14
DISPLAYING VIDEO VIA A TRANSMITTER-TO-RECEIVER CONNECTION ................................................................................................................ 15
DIAGRAMS OF TYP21
HARDWARE INSTALLATION .............................................................................................................................................................................................. 22
RACK MOUNTING .................................................................................................................................................................................................... 22
MOUNTING A SINGLE UNIT ........................................................................................................................................................................... 22
MOUNTING TWO UNITS ................................................................................................................................................................................. 23
CONNECTING VIDEO SOURCES OR DISPLAYS ........................................................................................................................................................ 24
CONNECTING A MONITOR ...................................................................................................................................................................................... 24
CONNECTING AUDIO EQUIPMENT .......................................................................................................................................................................... 24
CONNECTING DATA TERMINALS ............................................................................................................................................................................ 25
USE AS CONTROL TERMINAL PORT ............................................................................................................................................................... 25
USE AS TRANSPARENT DATA PORT ............................................................................................................................................................... 25
CONTROLLING PERIPHERAL DEVICES ..................................................................................................................................................................... 26
CONNECTING EXTERNAL SENSORS ....................................................................................................................................................................... 26
CONFIGURATION ............................................................................................................................................................................................................... 28
CONFIGURATION USING A TERMINAL PROGRAM ................................................................................................................................................. 28
TYPICAL SESSION ........................................................................................................................................................................................... 28
TERMINAL PROGRAM MENU STRUCTURE .................................................................................................................................................... 29
CONFIGURATION USING A WEB BROWSER ........................................................................................................................................................... 31
WEB SERVER CONCEPT .................................................................................................................................................................................. 31
ONLINE HELP ................................................................................................................................................................................................... 31
QUICK GUIDE TO THE MENU STRUCTURE ..................................................................................................................................................... 32
PELCONET NET4001A HOME PAGE ................................................................................................................................................................ 33
CONFIGURATION PAGE FOR GENERAL SETTINGS ......................................................................................................................................... 34
CONFIGURATION PAGE FOR VIDEO DECODER SETTINGS .............................................................................................................................. 39
CONFIGURATION PAGE FOR ALARM SETTINGS ............................................................................................................................................ 40
CONFIGURATION PAGE FOR RELAY SETTINGS .............................................................................................................................................. 43
CONFIGURATION PAGE FOR COM 1 INTERFACE SETTINGS .......................................................................................................................... 44
CONFIGURATION PAGE FOR COM 2 INTERFACE SETTINGS .......................................................................................................................... 45
CONFIGURATION PAGE FOR NETWORK SETTINGS ....................................................................................................................................... 46
LIVE VIDEO PAGE INDICATORS ......................................................................................................................................................................................... 48
LIVE VIDEO AND SERVER PUSH VIDEO PAGES ................................................................................................................................................................ 49
CONTROLLING THE DISPLAY ................................................................................................................................................................................... 50
C2904M-B (2/05)
3
WEB BROWSER CONTROL PAGES .................................................................................................................................................................................... 50
ACCESSING THESE PAGES ...................................................................................................................................................................................... 50
MATRIX CONTROL LIVE VIDEO/SERVER PUSH PAGE CONTENTS .......................................................................................................................... 51
GENEX LIVE VIDEO/SERVER PUSH PAGE CONTENTS ...................................................................................................................................................... 52
SPECTRA LIVE VIDEO/SERVER PUSH PAGE CONTENTS ......................................................................................................................................... 53
ESPRIT LIVE VIDEO/SERVER PUSH PAGE CONTENTS ............................................................................................................................................. 54
ADVANCED FEATURES ...................................................................................................................................................................................................... 55
AUTOMATIC CONNECTION FEATURE ...................................................................................................................................................................... 55
VIDEO MOTION DETECTION FEATURE ..................................................................................................................................................................... 55
RECORDING AND PLAYING BACK THE DISPLAY ON A PC ...................................................................................................................................... 55
CHOOSING WHERE TO STORE THE FILE ......................................................................................................................................................... 55
RECORDING A SNAPSHOT .............................................................................................................................................................................. 55
VIEWING A SNAPSHOT .................................................................................................................................................................................. 56
RECORDING THE VIDEO DISPLAY ................................................................................................................................................................... 56
VIEWING THE VIDEO DISPLAY ........................................................................................................................................................................ 56
FIRMWARE UPLOAD ................................................................................................................................................................................................ 57
CONFIGURATION DOWNLOAD ................................................................................................................................................................................ 57
CONFIGURATION UPLOAD ....................................................................................................................................................................................... 57
TROUBLESHOOTING .......................................................................................................................................................................................................... 58
LEDS ......................................................................................................................................................................................................................... 58
TERMINAL PROGRAM .............................................................................................................................................................................................. 58
TROUBLESHOOTING A TCP/IP NETWORK USING A PING UTILITY ......................................................................................................................... 58
TROUBLESHOOTING CONNECTION PROBLEMS ..................................................................................................................................................... 59
TROUBLESHOOTING THE VIDEO CONNECTION ...................................................................................................................................................... 59
TESTING THE AUDIO CONNECTION ........................................................................................................................................................................ 59
TEST BETWEEN TWO NET4001A UNITS ........................................................................................................................................................ 59
TEST BETWEEN NET4001A AND PC ............................................................................................................................................................... 59
GENERAL REMEDIES TABLE .................................................................................................................................................................................... 60
SPECIFICATIONS ................................................................................................................................................................................................................ 61
NETWORK PROTOCOL AND STANDARDS COMPATIBILITY ........................................................................................................................... 61
INTERFACE ....................................................................................................................................................................................................... 61
VIDEO ............................................................................................................................................................................................................... 61
POWER ............................................................................................................................................................................................................ 61
MISCELLANEOUS ............................................................................................................................................................................................ 61
ENVIRONMENTAL ........................................................................................................................................................................................... 61
GENERAL ......................................................................................................................................................................................................... 61
CERTIFICATIONS .............................................................................................................................................................................................. 61
GLOSSARY ......................................................................................................................................................................................................................... 62
APPENDIX A – CONNECTING PELCONET NET4001A TO VARIOUS COMPONENTS ........................................................................................................ 64
CONNECTING PELCONET TO VARIOUS COMPONENTS WITH ASSORTED KEYBOARDS ...................................................................................... 65
CONNECTION SCENARIO 1 – USING A KBD300A IN DIRECT MODE ............................................................................................................ 65
CONNECTION SCENARIO 2 – USING A KBD4000 FOR MULTIPLEXER CONTROL .......................................................................................... 66
CONNECTION SCENARIO 3 – USING A CM9760-KBD ................................................................................................................................... 67
CONNECTING PELCONET TO THE COM IN RS-422 PORT ON A GENEX MULTIPLEXER ......................................................................................... 68
CONNECTING A PELCONET RECEIVER TO A SYSTEM CM9502 ............................................................................................................................. 68
CONNECTING PELCONET TO A CM9502 ASCII SERIAL PORT ................................................................................................................................. 69
CONNECTING PELCONET TO A CM6700 AND KBD200A FOR REMOTE ASCII CONTROL ...................................................................................... 70
CONNECTING PELCONET TO A CM6700 ASCII PORT ............................................................................................................................................. 71
CONNECTING PELCONET TO A CM9760-DT FOR REMOTE BROWSER CONTROL ................................................................................................. 72
CONNECTING PELCONET TO CM9760 EQUIPMENT FOR REMOTE COMMUNICATION ......................................................................................... 73
CONNECTING A PELCONET TRANSMITTER TO THE CM6800 ASCII PORT ..................................................................................................................... 74
CONNECTING PELCONET TO A CM6800 AND KBD200A FOR REMOTE ASCII CONTROL ...................................................................................... 76
APPENDIX B – FREQUENTLY ASKED QUESTIONS (FAQS) ................................................................................................................................................ 77
4
C2904M-B (2/05)
LIST OF ILLUSTRATIONS
Figure
1
2
3
4
5
6
7
8
9
10
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12
13
14
15
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18
19
20
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Page
Front Panel LEDs .............................................................................................................................................................................................. 12
Rear Panel Connectors .................................................................................................................................................................................... 12
PelcoNet NET4001A Home Page .................................................................................................................................................................... 14
Configuration for Box-To-Box Connections ..................................................................................................................................................... 15
LAN Box-To-Box Connection (Transmitter, Receiver, Fixed Camera) ............................................................................................................... 16
LAN Box-To-Box Connection (Transmitter, Receiver, Spectra) ........................................................................................................................ 16
LAN Browser-To-Box Connection (Transmitter, Browser, Fixed Camera) ........................................................................................................ 17
LAN Browser-To-Box Connection (Transmitter, Browser, Spectra) ................................................................................................................. 17
LAN Browser-To-Box Connection (Transmitter, Browser, Spectra, Genex) ..................................................................................................... 18
WAN Box-To-Box Connection (Transmitter, Receiver, Fixed Camera) ............................................................................................................. 18
WAN Box-To-Box Connection (Transmitter, Receiver, Spectra) ...................................................................................................................... 19
WAN Box-To-Box Connection (Transmitter, Receiver, Spectra, Genex) .......................................................................................................... 19
WAN Browser-To-Box Connection (Transmitter, Browser, Fixed Camera) ...................................................................................................... 20
WAN Browser-To-Box Connection (Transmitter, Browser, Spectra) ................................................................................................................ 20
WAN Browser-To-Box Connection (Transmitter, Browser, Spectra, Genex) ................................................................................................... 21
Mounting One Unit .......................................................................................................................................................................................... 22
Mounting Two Units ........................................................................................................................................................................................ 23
Connecting Camera or Monitor ....................................................................................................................................................................... 24
Control Terminal Port Pin Assignments in RS-232 Mode ................................................................................................................................ 25
Data Port Pin Assignments in RS-232 Mode .................................................................................................................................................. 25
Connecting External Sensors and Peripheral Devices .................................................................................................................................... 26
Connecting to the LAN Port ............................................................................................................................................................................. 27
PelcoNet NET4001A Menu Tree ...................................................................................................................................................................... 32
PelcoNet Home Page ....................................................................................................................................................................................... 33
PelcoNet NET4001A Transmission System Setup Page ................................................................................................................................. 33
Configuration Page for General Settings ........................................................................................................................................................ 34
Configuration Page for MPEG 1/-2 Video Encoder Settings ........................................................................................................................... 37
Configuration Page for MPEG-4 Video Encoder Settings ................................................................................................................................ 38
Configuration Page for Video Decoder Settings ............................................................................................................................................. 39
Configuration Page for Alarm Settings ........................................................................................................................................................... 40
Motion Detection Screen ................................................................................................................................................................................ 40
Motion Detection Grid Screen ........................................................................................................................................................................ 41
Configuration Page for Relay Settings ............................................................................................................................................................ 43
Configuration Page for COM 1 Interface Settings .......................................................................................................................................... 44
Configuration Page for COM 2 Interface Settings .......................................................................................................................................... 45
Configuration Page for Network Settings ....................................................................................................................................................... 46
Live Video Page ............................................................................................................................................................................................... 49
Device Controls Page ...................................................................................................................................................................................... 50
Matrix Control Page ........................................................................................................................................................................................ 51
Genex Control Page ......................................................................................................................................................................................... 52
Spectra Control Page ....................................................................................................................................................................................... 53
Esprit Control Page .......................................................................................................................................................................................... 54
Viewer Screen ................................................................................................................................................................................................. 56
DB9 Cable Wire Splicing ................................................................................................................................................................................. 64
KBD300A (Direct Mode) Connected to a Receiver or Spectra Dome System ................................................................................................ 65
KBD4000 Connected to a Multiplexer ............................................................................................................................................................. 66
CM9760KBD Connected to a CM9760-CC1 Controller ................................................................................................................................... 67
Connecting PelcoNet to Genex Using the COM IN RS-422 Port ..................................................................................................................... 68
Using PelcoNet with CM9505 to Provide Remote Control ............................................................................................................................. 68
Using PelcoNet with CM9502 to Provide Remote Control ............................................................................................................................. 69
Using PelcoNet with CM6700 and KBD200A to Provide Remote Control ...................................................................................................... 70
Using PelcoNet with CM6700 to Provide Remote Control ............................................................................................................................. 71
Using PelcoNet with CM9760-DT to Provide Remote Control of a 9760 Monitor Output ............................................................................. 72
Using PelcoNet to Transmit Data and Video Between 9760 Nodes ............................................................................................................... 73
Using PelcoNet to Receive Data and Video Between 9760 Nodes ................................................................................................................ 73
Using PelcoNet with CM6800 to Provide Remote Control ............................................................................................................................. 74
Manager Screen .............................................................................................................................................................................................. 75
Menu Screen ................................................................................................................................................................................................... 75
Using PelcoNet with CM6800 and KBD200A to Provide Remote Control ...................................................................................................... 76
C2904M-B (2/05)
5
LIST OF TABLES
Section
A
B
C
D
E
F
G
H
I
6
Page
General Settings .............................................................................................................................................................................................. 35
Configuration Page for MPEG 1/-2 Video Encoder Settings ........................................................................................................................... 37
Configuration Page for MPEG-4 Video Encoder Settings ................................................................................................................................ 38
Configuration Page for Video Decoder Settings ............................................................................................................................................. 39
Alarm Settings ................................................................................................................................................................................................. 41
Relay Settings ................................................................................................................................................................................................. 43
Interface Settings for COM 1 .......................................................................................................................................................................... 44
Interface Settings for COM2 ........................................................................................................................................................................... 45
Network Settings ............................................................................................................................................................................................ 47
C2904M-B (2/05)
IMPORTANT SAFEGUARDS AND WARNINGS
Observe the following WARNINGS before installing and using this product.
1. Read these instructions.
2. Keep these instructions.
3. Heed all warnings.
4. Follow all instructions.
5. Do not use this apparatus near water.
6. Clean only with dry cloth.
7. Do not block any ventilation openings. Install in accordance with the manufacturer’s instructions.
8. Do not install near any heat sources such as radiators, heat registers, stoves, or other apparatus (including amplifiers) that produce
heat.
9. Do not defeat the safety purpose of the polarized or grounding-type plug. A polarized plug has two blades with one wider than the
other. A grounding plug has two blades and a third grounding prong. The wide blade or the third prong is provided for your safety. If
the provided plug does not fit into your outlet, consult your electrician for replacement of the obsolete outlet.
10. Protect the power cord from being walked on or pinched, particularly at the plug, convenience receptacle, and the point where it
exits from the apparatus.
11. Only use attachments/accessories specified by the manufacturer.
12. Use only with the cart, stand, tripod, bracket, or table specified by the manufacturer, or sold with the apparatus. When a cart is used,
use caution when moving the cart/apparatus combination to avoid injury from tip-over.
13. Refer all servicing to qualified service personnel. Servicing is required when the apparatus has been damaged in any way, such as
when the power supply cord or plug is damaged, liquid has been spilled or objects have fallen into the apparatus, the apparatus has
been exposed to rain or moisture, the apparatus does not operate normally, or the apparatus has been dropped.
14. Apparatus shall not be exposed to dripping or splashing, and no objects filled with liquids, such as vases, shall be placed on the
apparatus.
15. Warning: To reduce the risk of fire or electric shock, do not expose this apparatus to rain or moisture.
16. To reduce the risk of shock, do not perform any servicing other than that contained in the operating instructions unless you are
qualified to do so.
17. Installation should be done only by qualified personnel and conform to all local codes.
18. If the unit requires 120/230 VAC and does not have an on/off switch, the input power circuit must have a circuit breaker.
19. The installation method and materials should be capable of supporting four times the weight of the unit.
The product and/or manual may bear the following marks:
This symbol indicates that dangerous voltage
constituting a risk of electric shock is present
within this unit.
This symbol indicates that there are important
operating and maintenance instructions in the
literature accompanying this unit.
CAUTION:
RISK OF ELECTRIC SHOCK.
DO NOT OPEN.
Thoroughly familiarize yourself with the information in this manual prior to installation and operation.
C2904M-B (2/05)
7
REGULATORY NOTICES
This equipment has been tested and found to comply with the limits of a Class B digital device, pursuant to part 15 of the FCC rules. These
limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates,
uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful
interference to radio communications. However there is no guarantee that the interference will not occur in a particular installation. If this
equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on,
the user is encouraged to try to correct the interference by one or more of the following measures:
•
Reorient or relocate the receiving antenna.
•
Increase the separation between the equipment and the receiver.
•
Connect the equipment into an outlet on a circuit different from that to which the receiver is connected.
•
Consult the dealer or an experienced radio/TV technician for help.
UNPACKING INSTRUCTIONS
Unpack and inspect all parts carefully. Save the shipping carton, boxes, and inserts. They are the safest manner in which to make future
shipments.
If an item needs to be returned to the factory for repair, consult the Warranty and Return Information section of this manual for
instructions.
8
C2904M-B (2/05)
WHAT IS THE PELCONET NET4001A TRANSMISSION SYSTEM?
The PelcoNet NET4001A transmission system is technology that lets you view video in real time across a LAN (local area network) and
even WANs (wide area networks). This technology is based on the TCP/IP protocol suite and Ethernet technology, providing compatibility
with today’s networking standards.
The following devices can be controlled from your computer through Internet Explorer with the PelcoNet NET4001 Transmission System:
Spectra®, Esprit®, Genex® multiplexer, CM9760 (requires CM9760 data translator), CM9740 (requires CM9760 data translator), CM9502
(through integrated ASCII port), CM8500 (requires latest CM8500 data translator), CM6700 (through integrated ASCII port, COM 2), and
the CM6800 matrix.
(See the Glossary section for definitions of terms used in this manual.)
HOW DO LANS AND WANS WORK?
•
A LAN consists of multiple computers connected together, sharing information. This information could be files, e-mail, printers, or—
with the PelcoNet NET4001A transmission system—even live video and audio.
•
A WAN consists of multiple LANs connected over a great distance (for example, the Internet).
•
In any network environment, each computer needs an address so other computers on the network know how to reach it.
It is similar to a city with street addresses. For the post office to deliver mail to your house, you need a unique street address for the
mail carrier to find you. A network is like a city. Like a street address, the IP address on your computer is your address on the
network. The IP address is how other computers can find you on the network.
Remember that the IP address must be unique on the network.
•
When there are multiple networks and you are using the TCP/IP protocol, there must be a way to communicate between the two
networks. A physical device called a router is required. The router’s IP address is referred to as the default gateway IP address.
•
A cable that connects one computer to another is like a city street you can use to get from one house to another. The cable lets you
communicate with each other on the network. This cable is Category 5 cable with RJ-45 connectors at each end. (It looks like a
phone cord, only slightly larger.)
WHO SHOULD INSTALL THE PELCONET NET4001A TRANSMISSION SYSTEM?
NOTE: Unless you are very familiar with how computers work, consult your network administrator for help.
Installation is a matter of configuring an IP address using a standard terminal program or any Internet browser and connecting the
PelcoNet NET4001A transmission system to the Ethernet network. You should have the following background and experience to configure
and install these units:
•
•
C2904M-B (2/05)
Working knowledge of basic network management concepts and terminology
Working knowledge of tools and procedures for installing and operating sensitive electronic equipment
9
INSTRUCTIONS FOR THE NETWORK ADMINISTRATOR
The PelcoNet™ NET4001A multimedia transmission system allows live video transmission to be viewed over TCP/IP-based networks. This
section is intended to help the network administrator know what is involved with installing this product and how it will affect the network.
The person installing the product will need the following information about the network to make the product function properly.
THE TRANSMITTER-RECEIVER
•
•
•
•
•
A valid IP address* for each PelcoNet NET4001A transmission system unit
Subnet mask*
Default gateway (if applicable)
E-mail server’s IP address (if applicable)
Dedicated maximum allowable amount of bandwidth for live video**
*Required for the PelcoNet NET4001A transmission system to function properly.
**The PelcoNet NET4001A Transmission System requires a continuous amount of bandwidth to display true live video. Pelco recommends
using switches with the product so the amount of bandwidth available to each unit is constant and reliable.
THE BROWSER
If you plan to use a web browser to view live video across the network, there are procedures to complete before you can use the browser.
If you installed Internet Explorer® 6.0 from the CD that came with the PelcoNet NET4001A transmission system, you can skip the
following. Otherwise, complete the following before trying to use the browser.
1.
Internet Explorer 5.5 or higher must be installed before continuing.
2.
Set the computer’s display settings to use 16- or 32-bit color. (This is required for the live video feature to function properly.)
3.
Click the Start menu in Windows®.
4.
Click Run.
5.
In the Open box, type D:\ACTIVEX\SETUP.EXE (where D:\ = your CD ROM drive letter).
6.
Click OK.
7.
Follow the on-screen setup instructions to finish installing the plug-in.
MINIMUM REQUIREMENTS
•
PC (Pentium® 4 microprocessor, 1.6 GHz) with Windows 98/2000/XP or higher
•
Gateway to the network
•
Microsoft® Internet Explorer 5.5 (or higher) or free serial interface and terminal program or PelcoNet NET4001A (acting as receiver)
and video monitor
•
Screen resolution of 800 x 600 pixels or higher, 16- or 32-bit pixel color resolution
MPEG ACTIVEX® PLATFORM REQUIREMENTS
RAM:
Graphic Card:
Ethernet Card:
ISDN Card:
Sound Card:
Software:
10
256 Mbyte
ATI RADEON™ 7500 or 8500, Matrox G 550 or Parhelia™, or NVIDIA® GeForce 3 or 4 with direct show compatible MPEG-2
playback capability (DVD player)
100 Mbit
Not required
Recommended
DirectX® 8.1 or 9.0 application programming interface
C2904M-B (2/05)
OVERVIEW
NOTE: This manual refers to the PelcoNet NET4001A transmission system when discussing features, functions, or specifications that
apply to the transmitter/receiver. “Receiver,” as used in this manual, refers to the PelcoNet NET4001A unless otherwise noted.
DESCRIPTION
The PelcoNet NET4001A Transmission System is a network video server whose primary purpose is to encode and decode live video, audio,
and control data for transmission over existing Ethernet computer networks (either intranet or Internet) using the TCP/IP protocol. You can
view the pictures on a CCTV or PC monitor.
The NET4001A functions as a transmitter/receiver and is the only unit required to use the PelcoNet NET4001A transmission system. The
NET4001A connects any NTSC or PAL video sources (cameras, for example) to the computer network.
Depending on how you want to display the video, you can use a NET4001A as a transmitter with a PC or a NET4001A as a receiver. There
are two ways to display remote video:
•
•
Web browser using any PC on the network to display the video
A NET4001A (as a receiver) with attached standard NTSC or PAL monitor
Two NET4001A units (as transmitter and receiver) can form a standalone system for data transfer without a PC.
Transmitters and receivers are identified by IP addresses, just like any other equipment connected to a computer network.
There is a bi-directional serial interface for remote control of peripherals like PTZ cameras. This interface can also transmit transparent
data. The NET4001A transmits full-duplex audio.
In appropriately configured networks, the multicast function permits simultaneous video transmission in real time to several receivers. For
this to work, the UDP and IGMP multicasting protocols must be implemented in the network.
The NET4001A incorporates dual processors. It operates with the MPEG-1, MPEG-2, and MPEG-4 video compression standards. MPEG-2
encoding allows the data bit rate to remain low even with high image quality. Also, it can be matched into the local environment within
wide limits. In this process, simultaneous encoding of the video signal according to MPEG-4 is supported so concurrent transmission using
low bandwidth (for example, for Internet streaming) is possible. This flexibility lets you view a camera in one compression standard, for
example, while recording in another compression standard if you wish.
SOFTWARE VERSION
This manual documents PelcoNet NET4001A software version 2.00.
PACKAGE CONTENTS
The following are supplied:
Qty
1
2
1
1
1
1
Description
PelcoNet NET4001A
Power cables (USA and European)
RS-232 null modem cable
Patch cable
Software CD
Rack mount kit
Keep the carton, including the original packaging material, to repack the equipment if you need to return it for repair.
C2904M-B (2/05)
11
FRONT PANEL LEDS
� � �
� � ���
IR
HDD
NET4001A
VIDEO
IN
OUT
COM
ETHERNET
POWER
MPEG 2/4 Network Video Codec
Key:
1 = IR (infrared) diode for future development.
2 = HDD LED. Not currently used.
3 = VIDEO LED lights green if a video signal is present on the input.
4 = IN LED lights red to indicate an active alarm or green to indicate a ready alarm.
5 = OUT LED lights green to indicate a switched relay.
6 = COM LED flashes orange during active data transmissions on the serial interface ports.
7 = ETHERNET green LED lights with a physical network connection while the red LED flashes when data packets are being transmitted.
8 = POWER LED flashes green to indicate the unit is operationally ready.
Figure 1. Front Panel LEDs
REAR PANEL CONNECTORS
Key:
�
� �
��
�
�
Power
Ethernet
Audio Out
COM2: RS232
Audio In
Video In
Video Out
COM1: RS232/485
10/100 Base-T
100-250VAC50/60Hz 100mA
�
1
2
3
4
5
=
=
=
=
=
Video In BNC socket for video source.
Video Out BNC socket for an analog video monitor.
Audio Out and Audio In 3.5 mm stereo jack sockets to connect an amplified microphone and loudspeaker.
Output and Input connectors for switches for external equipment (for example, lights or audible alarms) or external sensors.
Serial interface port COM 1 RS232/485 9-pin sub-D socket for control data transmissions (RS-232, RS-422, RS-485 protocols) and for
configuration using terminal software.
6 = Serial interface port COM 2 RS232 9-pin sub-D socket for configuration using terminal software.
7 = Ethernet port accepts Cat5 cable with RJ-45 connectors for connecting to the network.
8 = Power socket for connecting the unit’s power cord.
Figure 2. Rear Panel Connectors
NOTE: Use only the supplied power plug. If the cable or connector show any sign of damage, do not use the plug. Send it in for repair or
replacement. Never try to use any power plug except the supplied one.
12
C2904M-B (2/05)
PIN ASSIGNMENTS
1 2 3 4 5
6 7 8 9
Pin
1
2
3
4
5
6
7
8
9
C2904M-B (2/05)
COM1
RS-232
DCD
(data carrier detect)
RxD
(receive data)
TxD
(transmit data)
DTR
(data terminal ready)
GND (ground)
DSR
(data set ready)
RTS
(ready to send)
CTS
(clear to send)
–
RS-232/485
–
COM2
RS-232
–
RxD+
(receive data plus)
TxD(transmit data minus)
–
RxD
(receive data)
TxD
(transmit data)
–
GND (ground)
–
GND (ground)
–
TxD+
(transmit data plus)
RxD(receiver data minus)
–
–
–
–
13
TYPICAL APPLICATIONS
DISPLAYING REMOTE VIDEO ON A WEB BROWSER
The NET4001A uses MPEG-2 and MPEG-4 for transmitting audio and video across the network. This enables transmission to standard web
browsers of either live video (Live Video mode) or a stream of still images (Server Push mode).
•
To activate the Live Video feature, click Live Video above the video window on the PelcoNet NET4001A transmission system home
page (refer to Figure 3). The unit transmits using MPEG-2 or MPEG-4 format for display in the browser.
To stop Live Video, click any other option at the top of the page.
•
To activate the Server Push feature, click Server Push above the video window on the PelcoNet NET4001A transmission system
home page. The unit continuously grabs snapshots to be JPEG encoded, transferred, and displayed continuously by the browser.
To stop Server Push, click any other option at the top of the page.
The PelcoNet NET4001A transmission system can display live video to an infinite number of users at a time (multicasting).
Server Push can support multiple users simultaneously on the same transmitter. Image quality is good with an update rate of one image
about every 2 to 10 seconds depending on the number of users and available bandwidth.
Browsers that do not support live video technology can display an updated still image or a stream of images in Server Push mode.
Figure 3. PelcoNet NET4001A Home Page
14
C2904M-B (2/05)
DISPLAYING VIDEO VIA A TRANSMITTER-TO-RECEIVER CONNECTION
CAMERA
TRANSMITTER
Power
Ethernet
Audio Out
COM2: RS232
Audio In
Video In
LAN/WAN
Video Out
COM1: RS232/485
10/100 Base-T
100-250VAC50/60Hz 100mA
TCP/IP INTRANET/INTERNET
RECEIVER
Power
Ethernet
Audio Out
COM2: RS232
Audio In
Video In
Video Out
COM1: RS232/485
10/100 Base-T
100-250VAC50/60Hz 100mA
MONITOR
Figure 4. Configuration for Box-To-Box Connections
There are two ways to make a high performance multimedia transmission system for computer networks:
•
One way is to use just the NET4001A as a transmitter and connect it through the computer network to a PC with a web browser at
the receiving end.
•
Another way is to connect a NET4001A as a transmitter through the computer network to another NET4001A as a receiver. This is
often called a box-to-box connection because it uses two PelcoNet units.
In either case, routing dedicated cables from a camera to a monitor is not required because you can use an existing computer network for
that purpose.
The following explains a box-to-box connection.
1.
First, the NET4001A transmitter and receiver need to be configured appropriately. If the units are supposed to be operated in
different subnets, a gateway IP address must be configured. Use the Live video receiver IP address field to address the destination.
Enter the settings using either a terminal program or a web browser.
2.
Once all addresses are configured, under the terminal program menu, go into the “Rcp+” menu and press 1 to make the connection.
Or program the live video receive IP address and enable the live auto connect setting through the web browser. Make sure the unit
that will initiate the connection has an alarm IP address that points to the destination unit. After a few seconds, video transmission
begins and the camera scene appears on the monitor attached to the receiver.
Instead of using a terminal program or web browser for establishing a connection, you can attach a contact to the alarm input. Make
sure the alarm input is enabled.
You can use a web browser to connect to either of the two units, even during an active box-to-box connection. This way you can make
changes to the configuration and immediately see the result of the setting (for example, when changing video quality). (This is not true for
passwords, however.) If you are connected to the transmitter, the camera pictures are sent to the receiver and web browser simultaneously. There will be a short break in the video display on the receiver monitor whenever the web browser requests a new frame. This is
especially noticeable with the Server Push feature.
Full-duplex audio can be transmitted in parallel with the video transmission. To do so, you need to use the web browser to enable audio
on the Video Encoder Settings MPEG-1/-2 page.
Transparent data is always transmitted automatically between the two units as soon as the connection becomes active. Data bytes
entering the interface are transported to the other end transparently. There is no flow control mechanism for the data channel. Overflowing the serial interface will cause data loss.
To sever the connection from either end, in the “Rcp+” menu press 3 (or disable the alarm).
C2904M-B (2/05)
15
DIAGRAMS OF TYPICAL APPLICATIONS
SERVER
HUB
TRANSMITTER
RECEIVER
Power
Audio Out
Power
Ethernet
Audio Out
COM2: RS232
Audio In
Video In
Video Out
Ethernet
COM2: RS232
Audio In
COM1: RS232/485 10/100 Base-T
100-250VAC50/60Hz 100mA
Video In
Video Out
100-250VAC50/60Hz 100mA
COM1: RS232/485 10/100 Base-T
AUDIO
(PRE-AMP)
AUDIO
DATA
DATA
CAMERA
MONITOR
Figure 5. LAN Box-To-Box Connection (Transmitter, Receiver, Fixed Camera)
SERVER
HUB
TRANSMITTER
RECEIVER
Power
Power
Ethernet
Audio Out
Ethernet
Audio Out
COM2: RS232
Audio In
Video In
Video Out
COM2: RS232
Audio In
COM1: RS232/485
10/100 Base-T
100-250VAC50/60Hz 100mA
Video In
Video Out
COM1: RS232/485
100-250VAC50/60Hz 100mA
10/100 Base-T
VIDEO
AUDIO
(PRE-AMP)
AUDIO
DATA
DATA
MONITOR
KEYBOARD
SPECTRA
Figure 6. LAN Box-To-Box Connection (Transmitter, Receiver, Spectra)
16
C2904M-B (2/05)
SERVER
HUB
TRANSMITTER
Power
Ethernet
Audio Out
COM2: RS232
Audio In
Video In
Video Out
COM1: RS232/485
100-250VAC50/60Hz 100mA
10/100 Base-T
BROWSER
CAMERA
Figure 7. LAN Browser-To-Box Connection (Transmitter, Browser, Fixed Camera)
SERVER
HUB
TRANSMITTER
Power
Ethernet
Audio Out
COM2: RS232
Audio In
Video In
Video Out
COM1: RS232/485
100-250VAC50/60Hz 100mA
10/100 Base-T
VIDEO
DATA
BROWSER
SPECTRA
Figure 8. LAN Browser-To-Box Connection (Transmitter, Browser, Spectra)
C2904M-B (2/05)
17
SERVER
HUB
TRANSMITTER
Power
Ethernet
Audio Out
COM2: RS232
Audio In
Video In
Video Out
100-250VAC50/60Hz 100mA
COM1: RS232/485 10/100 Base-T
VIDEO
DATA
GENEX
BROWSER
SPECTRA
Figure 9. LAN Browser-To-Box Connection (Transmitter, Browser, Spectra, Genex)
CLOVIS
SERVER
NEW YORK
SERVER
1 OR MORE PCs
1 OR MORE PCs
.......................
ROUTER
ROUTER
HUB
HUB
TRANSMITTER
RECEIVER
Power
Power
Ethernet
Audio Out
Ethernet
Audio Out
COM2: RS232
Audio In
Video In
Video Out
COM2: RS232
Audio In
COM1: RS232/485
10/100 Base-T
VIDEO
100-250VAC50/60Hz 100mA
Video In
Video Out
COM1: RS232/485
100-250VAC50/60Hz 100mA
10/100 Base-T
VIDEO
AUDIO
AUDIO
(PRE-AMP)
MONITOR
CAMERA
Figure 10. WAN Box-To-Box Connection (Transmitter, Receiver, Fixed Camera)
18
C2904M-B (2/05)
CLOVIS
SERVER
NEW YORK
SERVER
1 OR MORE PCs
1 OR MORE PCs
.......................
ROUTER
ROUTER
HUB
HUB
RECEIVER
TRANSMITTER
Power
Power
Ethernet
Audio Out
Ethernet
Audio Out
COM2: RS232
Audio In
Video In
Video Out
COM2: RS232
Audio In
COM1: RS232/485
10/100 Base-T
100-250VAC50/60Hz 100mA
Video In
Video Out
COM1: RS232/485
100-250VAC50/60Hz 100mA
10/100 Base-T
VIDEO
VIDEO
AUDIO
(PRE-AMP)
AUDIO
DATA
DATA
MONITOR
SPECTRA
KEYBOARD
Figure 11. WAN Box-To-Box Connection (Transmitter, Receiver, Spectra)
CLOVIS
SERVER
NEW YORK
SERVER
1 OR MORE PCs
1 OR MORE PCs
.......................
ROUTER
ROUTER
HUB
HUB
RECEIVER
TRANSMITTER
Power
Audio Out
Power
Ethernet
Audio Out
COM2: RS232
Audio In
Video In
Video Out
Ethernet
COM2: RS232
Audio In
COM1: RS232/485 10/100 Base-T
VIDEO
100-250VAC50/60Hz 100mA
Video In
Video Out
100-250VAC50/60Hz 100mA
COM1: RS232/485 10/100 Base-T
VIDEO
DATA
DATA
GENEX
KEYBOARD
MONITOR
SPECTRA
Figure 12. WAN Box-To-Box Connection (Transmitter, Receiver, Spectra, Genex)
C2904M-B (2/05)
19
CLOVIS
SERVER
NEW YORK
SERVER
1 OR MORE PCs
1 OR MORE PCs
.......................
ROUTER
ROUTER
HUB
HUB
TRANSMITTER
Power
VIDEO
Audio Out
Ethernet
COM2: RS232
Audio In
Video In
Video Out
100-250VAC50/60Hz 100mA
COM1: RS232/485 10/100 Base-T
VIDEO
BROWSER
CAMERA
Figure 13. WAN Browser-To-Box Connection (Transmitter, Browser, Fixed Camera)
CLOVIS
SERVER
NEW YORK
SERVER
1 OR MORE PCs
1 OR MORE PCs
.......................
ROUTER
ROUTER
HUB
HUB
RECEIVER
TRANSMITTER
Power
Audio Out
Ethernet
COM2: RS232
Audio In
Video In
Video Out
100-250VAC50/60Hz 100mA
COM1: RS232/485 10/100 Base-T
VIDEO
DATA
BROWSER
SPECTRA
Figure 14. WAN Browser-To-Box Connection (Transmitter, Browser, Spectra)
20
C2904M-B (2/05)
CLOVIS
SERVER
1 OR MORE PCs
NEW YORK
SERVER
ROUTER
1 OR MORE PCs
ROUTER
.......................
HUB
HUB
TRANSMITTER
Power
Audio Out
Ethernet
COM2: RS232
Audio In
Video In
Video Out
100-250VAC50/60Hz 100mA
COM1: RS232/485 10/100 Base-T
VIDEO
DATA
GENEX
BROWSER
SPECTRA
Figure 15. WAN Browser-To-Box Connection (Transmitter, Browser, Spectra, Genex)
C2904M-B (2/05)
21
HARDWARE INSTALLATION
Refer to Appendix A – Connecting PelcoNet NET4001A To Different Components for diagrams that show various connections.
RACK MOUNTING
If desired, rack mount one or two NET4001A units on a single shelf of a standard 19-inch equipment rack using the supplied rack mount kit.
MOUNTING A SINGLE UNIT
Figure 16. Mounting One Unit
Refer to Figure 16. Use one short and one long angle bracket from the mounting kit. Do the following:
22
1.
Screw the two brackets to the sides of the unit housing using the supplied small black screws in the bag that comes with the rack
mount kit.
2.
If necessary, remove the rubber feet from the unit’s base if other equipment will be mounted directly underneath.
3.
Mount the unit in the rack and secure the angle brackets using four screws. (Leave cooling space of two inches [5 cm] on each side
and 4 inches [10 cm] at the rear.)
4.
Plug the supplied power cable into the Power socket on the rear of the unit.
C2904M-B (2/05)
MOUNTING TWO UNITS
Figure 17. Mounting Two Units
Refer to Figure 17. Use the two short angle brackets and two rails from the mounting kit. The two units must first be bolted together. Do
the following:
1.
Turn the two units upside down. Lay them alongside each other and secure the two rails to the units using four supplied chrome
screws for each unit. Turn them right side up.
2.
Screw the two short angle brackets to the outside of the two units using the four supplied small black screws.
3.
If necessary, remove the rubber feet from the unit’s base if other equipment will be mounted directly underneath.
4.
Mount the units in the rack and secure the angle brackets using four screws. (Leave cooling space of two inches [5 cm] on left and
right sides and 4 inches [10 cm] at the rear.)
5.
Plug the supplied power cables into the Power sockets on the rear of the units.
C2904M-B (2/05)
23
CONNECTING VIDEO SOURCES OR DISPLAYS
TRANSMITTER
Power
Audio Out
Ethernet
COM2: RS232
Audio In
Video In
Video Out
COM1: RS232/485 10/100 Base-T
100-250VAC50/60Hz 100mA
RECEIVER
Power
Audio Out
Ethernet
COM2: RS232
Audio In
Video In
Video Out
COM1: RS232/485 10/100 Base-T
100-250VAC50/60Hz 100mA
Figure 18. Connecting Camera or Monitor
Refer to Figure 18. To connect a camera, plug a standard coaxial cable into the Video In BNC connector on the rear of the NET4001A and the
other end into the camera. You can use any video source (for example, a VCR) with a composite PAL or NTSC output. The input accepts color
or black and white sources and automatically detects whether it is PAL or NTSC. The video input has an internal termination of 75 ohms.
CONNECTING A MONITOR
Refer to Figure 18. To connect a monitor, plug a 75-ohm video cable into the Video Out BNC connector on the rear of the NET4001A being
used as a receiver and the other end into the monitor. This works with any suitable PAL or NTSC monitor. Select PAL or NTSC in the Video
Decoder Settings configuration page.
CONNECTING AUDIO EQUIPMENT
The NET4001A provides an audio channel via the audio in and out jacks.
1.
Connect a pre-amplified microphone to the Audio In jack on the transmitter and/or receiver.
2.
Connect a loudspeaker to the Audio Out jack on the transmitter and/or receiver.
The audio signals are transmitted bi-directionally and simultaneously with the video signals. This allows control of a loudspeaker or door
intercom system, for example, at the monitored location. Bi-directional audio applies to box-to-box connectors only. MPEG2 should be
selected in order to receive a good audio signal.
24
C2904M-B (2/05)
CONNECTING DATA TERMINALS
The bi-directional data interface ports can be used as control ports for equipment connected to the NET4001A (for example, a dome
camera with motorized lens).
USE AS CONTROL TERMINAL PORT
For local control and configuration of the unit, you can connect the COM port of a data terminal (for example, a PC running a standard
terminal program) to COM 1 on the NET4001A.
You can use a standard terminal program to communicate with the unit. The default parameters are set to 19200 baud, 8 bits of data, 1
stop bit, and no parity (8N1).
For more information on the command set, see the Configuration section. This mode allows the control port to be used to send serial data
that requires flow control.
You can configure the RS-232 half-duplex mode in the web browser. The RTS and CTS signals are enabled for flow control.
If this RS-232 mode is chosen, the camera control data is transferred to this port. Certain cameras with fixed data length require the
buffered RS-232 mode. (This half-duplex mode is not required for interfacing to any Pelco product.)
Pin Name
VIEWED FROM SOLDERING
SIDE OF PLUG
1 2 3 4 5
6 7 8 9
1
2
3
4
5
6
7
8
9
DCD
RXD
TXD
DTR
GND
DSR
RTS
CTS
–
Direction
Description
Input
Input
Output
Output
Data Carrier Detect
Receive Data
Transmit Data
Data Terminal Ready
Ground
Data Set Ready
Ready To Send
Clear To Send
–
Input
Output
Input
–
Figure 19. Control Terminal Port Pin Assignments in RS-232 Mode
USE AS TRANSPARENT DATA PORT
The COM 2 serial interface offers a transparent serial data channel between the receiver and the transmitter. A typical application for
transparent data is remote control of peripheral equipment (for example, a dome system with PTZ functions). You also can use these
channels to control remotely any external device with a serial interface. The serial data is transferred in parallel to the video and audio
data.
Transmission of transparent data is enabled only after a video connection has been established. Also, the RS-232 interface for the
transparent data port does not support hardware flow control.
For proper operation, you must configure the following: baud rate, parity of the interface of the PelcoNet NET4001A transmission system
unit, and number of data and stop bits. Use a web browser to configure these parameters at the unit.
The transparent data interface is used to control PTZ cameras remotely, to transmit data transparently between the two units, or to
control equipment connected to a PC COM port. Transmission of transparent data is possible only when the units are connected. Only the
data transmit and receive signals are provided at this port.
Pin Name
VIEWED FROM SOLDERING
SIDE OF PLUG
1 2 3 4 5
6 7 8 9
1
2
3
4
5
6
7
8
9
–
RXD
TXD
–
GND
–
–
–
–
Direction
Input
Output
Description
N.C.
Receive Data
Transmit Data
N.C.
Ground
N.C.
N.C.
N.C.
N.C.
Figure 20. Data Port Pin Assignments in RS-232 Mode
C2904M-B (2/05)
25
CONNECTING EXTERNAL SENSORS
Figure 21. Connecting External Sensors and Peripheral Devices
The unit has an alarm input that lets you connect an external signaling device, like a door contact or motion detector. If configured
accordingly, an alarm trigger can, for example, set up an automatic connection between NET4001A and the remote station. You can
connect switches or contacts directly without a separate power supply.
Do the following to connect an external sensor. Refer to Figure 21.
1.
Pull the Input (bottom) terminal block from its plug-in base.
2.
Attach the conductor to the alarm input terminal. Either terminal will work. A ground conductor can be attached to the remaining
terminal if needed. (Insert a small screwdriver tip in the top square hole and push hard enough to open the lower hole. Insert the
wire in the lower hole.)
3.
Push the terminal block back on to the plug-in base.
CONTROLLING PERIPHERAL DEVICES
The NET4001A has an output for switching an external device (for example, a light or siren). The relay can be operated interactively,
during an active connection, or automatically to coincide with certain events. Settings for the relay must be configured (refer to the
Configuration section).
Typical applications of the relay output are activating door openers or switching of lights and other electrical devices. Do not exceed the
maximum rating of 40V and 0.8A.
Do the following to connect a peripheral device. Refer to Figure 21.
26
1.
Pull the Output (top) terminal block from its plug-in base.
2.
Attach the conductor to the output terminal. Either terminal will work. A ground conductor can be attached to the remaining terminal
if needed. (Insert a small screwdriver tip in the top square hole and push hard enough to open the lower hole. Insert the wire in the
lower hole.)
3.
Push the terminal block back on to the plug-in base.
C2904M-B (2/05)
Power
Audio Out
Ethernet
COM2: RS232
Audio In
Video In
Video Out
COM1: RS232/485 10/100 Base-T
100-250VAC50/60Hz 100mA
Figure 22. Connecting to the LAN Port
Refer to Figure 22. To connect a 10/100 BASE-T network, plug a standard UTP/Cat5 cable with RJ-45 connectors into the receptacle
labeled Ethernet on the NET4001A. You can connect directly to the Ethernet network. The green ETHERNET LED on the front of the unit
(refer to Figure 1) lights as soon as the connection to the network is correct physically and synchronized with the LAN. Check the cable or
refer to the Troubleshooting section if the LED does not light.
The second ETHERNET LED flashes red when data is transmitted.
C2904M-B (2/05)
27
CONFIGURATION
There are three ways to configure your system:
•
The most basic configuration is accomplished by connecting a terminal to the RS-232 terminal port. You then type in commands and
parameters. Refer to the Configuration Using a Terminal Program section.
•
Another way is to use the Telnet command and IP address from your PC to access the same interface as the terminal program. (Click
the Start button at the bottom of your PC screen, click Run, type command, type telnet and the IP address.) You can then follow
the instructions in the Configuration Using a Terminal Program section.
•
A more convenient, complete configuration and display of video is through the built-in HTTP server, which connects to any standard
web browser (for example, Internet Explorer). You then configure using screens and menus. This is the recommended method. Refer
to the Configuration Using a Web Browser section.
CONFIGURATION USING A TERMINAL PROGRAM
Using a terminal program (for example, the Windows application HyperTerminal) connected to the RS-232 terminal port on the unit’s rear
panel provides limited configuration and control capabilities (null modem cable required). Ensure that the PC’s COM port is set up properly
(default properties are 19200 baud, 8N1) and that the local terminal echo is disabled.
Do the following:
1.
Connect the COM 1 on the NET4001A to an unused serial port on the PC.
2.
After the connection is made, you will be prompted for the case-sensitive username (service).
3.
All commands consist of single characters you type inside the terminal window. Enter only one command at a time and do not
terminate this input by pressing the Enter key. After entering a value (for example, an IP address), check the entered characters again
and only then press Enter to transmit the values to the NET4001A.
The following section shows a typical session.
TYPICAL SESSION
The terminal program menu appears as follows in the terminal window. Refer to the Terminal Program Menu Structure section for more
information.
VJ1000 (172.16.0.80)
‘0’
‘1’
‘2’
‘3’
‘4’
‘5’
‘6’
Main Menu
IP
MPEG-2 encoder
MPEG-4 encoder
Misc
Rcp+
logout
NOTE: You cannot use backspace during a terminal session—if you mistype a character, end your entry by pressing Enter and try again. If
you see duplicate characters on any entry, the “local echo” feature of your PC’s terminal program is not disabled.
If you are using the terminal to set up the unit’s IP address, just type 1 and then type 1 again. You are prompted to enter a new IP address:
local IP (*) 192.168.01192.168.0.2 [Enter]
If you want to establish a live video connection to a remote unit, you have to specify the remote IP address by typing 5 and then entering
the remote IP address in the same manner as the unit IP address as shown in the example above.
To establish a connection, go to the menu, and then press 5, and then 1. To disconnect, press 3 in the same menu.
28
C2904M-B (2/05)
TERMINAL PROGRAM MENU STRUCTURE
The following describes the terminal program menu structure.
Main Menu
‘0’
‘1’
‘2’
‘3’
‘4’
‘5’
‘6’
Main Menu
IP
MPEG-2 encoder
MPEG-4 encoder
Misc
Rcp+
logout
1 – IP Menu
The selections and format are shown below. Enter the appropriate information where indicated by the quotation marks, but do not enter
the quotation marks. An asterisk (*) means a reset after a change is necessary.
NOTE: When you change the IP address, subnet mask, or gateway IP address either through HyperTerminal or the browser, the system
needs to be rebooted by cycling the power.
‘0’
‘1’
‘2’
‘3’
‘4’
‘5’
‘6’
‘7’
Exit menu IP
local IP
local subnet mask
local gateway
tx multicast group
remote IP
ntp server
alarm IP
(*) 172.160.0.80 -> ‘new IP address’ [Enter]
(*) 255.255.0.0 -> ‘new subnet mask’ [Enter]
(*) 0.0.0.0 -> ‘new gateway IP address’ [Enter]
224.1.2.37 -> ‘new transmit multicast group address’ [Enter]
172.16.0.17 -> ‘new remote IP address’ [Enter]
0.0.0.0 -> ‘new ntp server IP address’ [Enter]
(access the Alarm IP Address menu)
7 – Alarm IP Address Submenu
‘0’ Exit menu alarm IP
‘1’ alarm IP [1] = 172.16.0.17
‘2’ alarm IP [2] = 0.0.0.0
‘3’ alarm IP [3] = 0.0.0.0
‘4’ alarm IP [4] = 0.0.0.0
‘5’ alarm IP [5] = 0.0.0.0
‘6’ alarm IP [6] = 0.0.0.0
‘7’ alarm IP [7] = 0.0.0.0
‘8’ alarm IP [8] = 0.0.0.0
‘9’ alarm IP [9] = 0.0.0.0
‘a’ alarm IP [10] = 0.0.0.0
2 – MPEG-2 Encoder Menu (advanced MPEG-2 encoder settings)
‘0’
‘1’
‘2’
‘3’
‘4’
‘5’
‘6’
‘7’
‘8’
‘9’
‘a’
Exit MPEG-2 configuration
current par
6 [1,2…8]
name
5 MBPS high quality
set defaults
bitrate
5000 [KBps]
GOP Structure
4 [1=I, 2=IP, 3=IPB, 4=IPBB]
GOP Length
15 [n]
streamtype
1 [1=VES, 3=PRG]
skip ratio
1 [n]
resolution
3 [0=QCIF, 1=CIF, 2=2CIF, 3=4CIF]
MPEG-1
0 [1=MPEG-1, 0=MPEG-2]
3 – MPEG-4 Encoder Menu (advanced MPEG-4 encoder settings)
‘0’
‘1’
‘2’
‘3’
‘4’
‘5’
‘6’
‘7’
C2904M-B (2/05)
Exit MPEG-4 configuration
current par
1 [1,2…8]
name
high quality (CIF)
set defaults
bitrate
1000 [KBps]
I-frm dist
0 [n]
skip ratio
1 [n]
resolution
1 [0=QCIF, 1=CIF]
29
4 – Misc Menu
‘0’
‘1’
‘2’
‘3’
‘4’
‘5’
‘6’
Exit Misc configuration
mac address
(lists PelcoNet unit’s MAC address)
video out
2 [1=PAL, 2=NTSC] -> ‘set the video out’ [Enter]
change username
login, enter username -> ‘new username’ [Enter]
passwords
(access password menu)
test
(access test menu)
timezone [sec]
28800 -> ‘new timezone’ [Enter]
4 – Password Submenu
‘0’
‘1’
‘2’
‘3’
Exit password settings
live
live -> ‘new live password’ [Enter]
user
user -> ‘new user password’ [Enter]
service service -> ‘new service password’ [Enter]
5 – Test Submenu (allows full testing of the unit)
‘0’
‘1’
‘2’
‘3’
‘4’
‘5’
‘6’
‘7’
‘8’
‘9’
‘a’
‘b’
‘c’
Exit Test
boot history
video
audio
COM 1 232
COM 1 485
RTC
LED
ALARM
PHY
format HDD
FLASH
self test
5 – Rcp+ Menu
‘0’
‘1’
‘2’
‘3’
‘4’
‘5’
‘6’
‘7’
30
Exit menu rcp+
connect to remote host
coding standard
disconnect all local connections
display connection list
autoconnect
direction
protocol
172.16.0.17 (connects to remote host)
MPEG-4 (toggles MPEG-2/MPEG- 4)
(disconnects all live connections to the unit)
(displays all connections to the unit)
OFF (toggles autoconnect ON/OFF)
outgoing (toggles outgoing/incoming/bi-directional)
UDP (toggles TCP/UDP)
C2904M-B (2/05)
CONFIGURATION USING A WEB BROWSER
In addition to the aforementioned configuration using a terminal program, which only covers the most basic settings, a web browser is the
tool of choice for a more complete configuration. To accomplish this, the system features a complete HTTP server.
Microsoft Internet Explorer 5.5 or higher is the recommended browser.
WEB SERVER CONCEPT
1.
Start your web browser.
2.
Connect to the URL http://IP-Address, where IP-Address is the IP address of the unit you want to configure. Use the standard dotseparated format (x.x.x.x) to enter the address. The home page is displayed along with the video from the camera.
The HTTP server provides nine separate pages for configuration.
You can return to the home page from any other page by clicking the PelcoNet log. Clicking the Pelco® logo while on the home page
immediately transfers you to the Pelco Internet home page, provided the network allows for Internet access.
In order for live video images to be decoded, the special ActiveX control file must be installed on your PC. The latest version of ActiveX
comes on the PelcoNet CD.
ONLINE HELP
To access the online help files, click Help on this page?
C2904M-B (2/05)
31
QUICK GUIDE TO THE MENU STRUCTURE
GENERAL
MATRIX
CONTROL WITH
LIVE VIDEO
MATRIX CONTROL
WITH MJPEG
SERVER PUSH
UNIT NAME
UNIT ID
PASSWORD LEVEL
PASSWORD
PASSWORD CONFIRM
DATE FORMAT
UNIT DATE
UNIT TIME
TIME ZONE
TIME SERVER IP ADDRESS
HARDWARE VERSION
SOFTWARE VERSION
SOFTWARE UPLOAD
UPLOAD PROGRESS
CONFIGURATION DOWNLOAD
CONFIGURATION UPLOAD
VIDEO ENCODER MPEG2
GENEX MUX
WITH LIVE VIDEO
CAMERA
PRESET PARAMETER MPEG-2 ENCODING
VIDEO ON LIVE PAGE
GENEX MUX WITH
MJPEG SERVER PUSH
VIDEO ENCODER MPEG4
CAMERA
PRESET PARAMETER MPEG-4 ENCODING
VIDEO ON LIVE PAGE
SERVER PUSH
SPECTRA S
DOME SYSTEM
WITH LIVE VIDEO
VIDEO DECODER
VIDEO MONITOR NAME
VIDEO OUTPUT STANDARD
VIDEO INPUT TERMINATION
LIVE VIDEO
SPECTRA DOME
SYSTEM WITH MJPEG
SERVER PUSH
HOME
ALARM
CONTROL
ESPRIT S
WITH
LIVE VIDEO
ESPRIT
WITH MJPEG
SERVER PUSH
SETUP
INTERFACE COM1
SERIAL PORT FUNCTION
BAUD RATE
DATA BITS
STOP BITS
PARITY CHECK
INTERFACE MODE
HALF-DUPLEX MODE
VIDEO MOTION ALARM
VIDEO LOSS ALARM
ALARM INPUT
CONNECT ON ALARM
CONNECTION TYPE
NUMBER OF VIDEO RECEIVER ADDRESS
LIVE VIDEO RECEIVER IP ADDRESS
REMOTE RECEIVER PASSWORD
LIVE VIDEO AUTO-CONNECT
DIRECTION OF ALARM CONNECTION
MOTION DETECTOR
SELECT SENSOR FIELD
MOTION TRACKING
TRACKER
LOCAL SENSITIVITY
AVERAGE N [frames]
OBJECT MIN SIZE [n*n blocks]
ALARM INDICATOR
RELAY
IDLE STATE
OPERATING MODE
RELAY FOLLOWS
RELAY NAME
TRIGGER RELAY
INTERFACE COM2
SERIAL PORT FUNCTION
BAUD RATE
DATA BITS
STOP BITS
PARITY CHECK
NETWORK
UNIT IP ADDRESS
SUBNET MASK
GATEWAY IP ADDRESS
VIDEO/AUDIO TRANSMISSION
MULTICAST STREAMING
MULTICAST GROUP IP ADDRESS
MULTICAST PORT MPEG-2
MULTICAST PORT MPEG-4
MULTICAST PACKET TTL
Figure 23. PelcoNet NET4001A Menu Tree
32
C2904M-B (2/05)
PELCONET NET4001A HOME PAGE
Figure 24. PelcoNet Home Page
The home page is the starting point for any configuration.
The window in the left of the screen is the display area for decoded video.
•
Clicking the Pelco logo on any page connects you to the Pelco Internet home page (provided the LAN supports Internet access).
•
Click Live Video to choose a live display or Server Push for periodically updated stills.
•
Click Control to access an options screen with links to pages where you can see and control the displayed view. (Refer to the Web
Browser Control Pages section.)
•
Click Setup to access an options screen with links to configuration pages. Click any icon on the side or the text itself to transfer to
the desired page.
Figure 25. PelcoNet NET4001A Transmission System Setup Page
C2904M-B (2/05)
33
NOTE: When changing any configuration item in one of the following pages, make sure to change a single item at a time. Then click the
respective Set button. If more than one item needs to be changed, execute the procedure repeatedly. If more than one item is changed
without clicking the Set button in between, only the entry associated with the clicked button is actually changed. All other entries return
to their previous settings.
All configuration items are stored in non-volatile memory so they are kept when the unit is powered down.
Some configurations apply only to transmitters (for example, camera settings) while others apply to receivers. All settings not expressly
restricted to certain models apply to all.
CONFIGURATION PAGE FOR GENERAL SETTINGS
The unit identification, password, date and time, timer server, and software update settings, as well as version information, comprise the
General Settings configuration page.
All units have a real-time clock set during manufacture. However, time and date can be changed any time; for example, when the units are
operated in different time zones.
Version numbers for the hardware and firmware are for information only. Whenever you need technical support, have these numbers ready.
Figure 26. Configuration Page for General Settings
34
C2904M-B (2/05)
Table A. General Settings
Configuration
Item
Unit Name
Unit ID
Password level
Default
Setting
None
None
None
Description
The Unit name and Unit ID identify the device; for example, in the event of an alarm call. (For future development.)
The ID serves as a machine-readable name. (For future development.)
Select the password level from the pull-down menu.
Access to a NET4001A generally is protected with a password to prevent unauthorized use of the unit. The three
levels are:
• Service: This is the administrative, and highest level. This level grants access to all configuration parameters
after the current password is entered.
• User: This is the second highest level. This level lets the user view live video and access the control pages.
• Live: This is the lowest level. This level does not grant access to configuration pages but allows the unit to be
operated (for example, viewing video).
If any password level is set, you will be always be required to log on to the NET4001A.
For example, if a “live” level password is set and you view that unit through the browser, the unit will ask for a user
name and password to access any configuration page. If you then try to access the setup page, the unit will again
prompt for a user name and password.
IMPORTANT: “Service” is an administrative account. If you do not set up a “service” password, then there is no
point in setting up “user” or “live” passwords because a user can login to the unit as “service” and then eliminate
the “user” and “live” passwords.
Some scenarios that can occur are as follows:
• If a password is set for the service level, then the only way to access the setup page is by logging on using the
“service” user name and the “service” level password.
• If no password is set for the service level, then you can log on with the “service” user name and no password or
you can log on with the “live” user name and the “live” password you have selected.
Password
None
Password
confirm
Date format
Unit date
None
Europe
N/A
Unit time
N/A
Time zone
(UTC + 1.00)
Time server
IP address
Hardware
version
Software
version
Software
upload
0.0.0.0
WARNING: Setting a “user” level password on a transmitter can cause complications on the receiver side in a
box-to-box configuration. To avoid this, on the receiver’s Alarm Settings configuration page enter the transmitter’s
IP address and user password in the appropriate fields (live video IP address and remote receiver password). If no
“user” level password is set on a transmitter, then the receiver needs no setup.
You can enter or change a password if the unit is accessed in the Service authorization level or if the unit is not
protected by a password. Passwords can be changed one at a time only (that is, either Service, User, or Live).
Maximum entry is 19 alphanumeric characters. All entered characters will be saved when you click Set; however,
only eight asterisks will be displayed when you access the screen next time.
Re-enter the new password again to guard against typing errors. If the device
is not protected by a password, the “No password set” message will be displayed.
Use the pull-down menu to select the format for the date: USA, Europe, or Japan.
Enter the current date in MM/DD/YYYY format for the USA; DD.MM.YYYY for Europe; and YYYY/MM/DD for
Japan. This is the system date, driven by the internal real-time clock. The day of the week (first entry box) need not
be entered and will be automatically adjusted based on the given date.
Enter the current time or click the Synchr. PC button to synchronize the NET4001A with your computer’s system
time. The system time is driven by the internal real-time clock.
Use the pull-down menu to select the time zone for the NET4001A. This and the Timer Server IP Address settings
are important if the internal clock should be synchronized with the time received from a timer server on the Internet.
Enter the IP address of an NTP server. The time and date are automatically synchronized every two hours.
N/A
Read-only hardware version number. This contains unique serial number, type of hardware, and revision.
N/A
Read-only firmware version number. This is important information should you need technical support.
N/A
Units have flash EPROMs for firmware upgrades in the field. These upgrades can be done directly from the web
browser.
Enter the name of the file containing the upgrade, or locate it using the Browse button. Then click the Upload
button.
C2904M-B (2/05)
35
Table A. General Settings (Continued)
Configuration
Item
Upload
progress
Configuration
download
Configuration
upload
36
Default
Setting
0%
N/A
N/A
Description
This field shows the percentage of the upload that has been completed.
Clicking the Download button saves the current configuration of the PelcoNet NET4001 transmission system
to a PC file.
This copies a file from a PC to the NET4001A. Enter the name of the file containing the configuration, or locate it
using the Browse button. Then click the Upload button to overwrite the configuration with the configuration
stored in the named file.
C2904M-B (2/05)
CONFIGURATION PAGE FOR MPEG 1/-2 VIDEO ENCODER SETTINGS
Figure 27. Configuration Page for MPEG 1/-2 Video Encoder Settings
MPEG-2 encoder and live page settings make up the configuration page for MPEG 1/-2 video encoder settings. The following table
describes the configuration items.
Table B. Configuration Page for MPEG 1/-2 Video Encoder Settings
Configuration
Item
Camera
Default
Setting
Camera 1
Preset
parameter
MPEG-2
encoding
2MBPS
low delay
Description
Enter a camera name (30 alphanumeric characters maximum). (This name is not displayed except on this configuration page. For future development.)
MPEG-2 data transmissions can be configured to suit the local operating environment (for example, network
architecture, bandwidth, data structures). To help with this, several pre-programmed profiles with different features
are provided. Select from the pull-down menu.
• 2 MBPS low delay/3,5 MBPS low delay/5 MBPS low delay
2 or 3.5 or 5 Mbps transmission rate with minimum delay on image refresh
• 2 MBPS high quality/3,5 MBPS high quality/5 MBPS high quality
2 or 3.5 or 5 Mbps transmission rate with highest picture quality
Video on live
page
C2904M-B (2/05)
MPEG2
• 2 MBPS with audio/3,5 MBPS with audio
2 or 3.5 Mbps transmission rate with associated audio transmission
Select MPEG2 from the pull-down menu.
37
CONFIGURATION PAGE FOR MPEG-4 VIDEO ENCODER SETTINGS
Figure 28. Configuration Page for MPEG-4 Video Encoder Settings
MPEG-4 encoder and live page settings make up the configuration page for MPEG-4 video encoder settings. The following table describes
the configuration items.
Table C. Configuration Page for MPEG-4 Video Encoder Settings
Configuration
Item
Camera
Preset
parameter
MPEG-4
encoding
Default
Setting
Camera 1
high quality
(CIF)
Description
Enter a camera name (30 alphanumeric characters maximum). (This name is not displayed except on this configuration page. For future development.)
MPEG-4 data transmissions can be configured to suit the local operating environment (for example, network
architecture, bandwidth, data structures). To help with this, several pre-programmed profiles with different features
are provided. Select from the pull-down menu.
• high quality (CIF)
1 Mbps transmission rate for connections with high bandwidth
• high resolution (2CIF)
1 Mbps transmission rate of high resolution for connections with high bandwidth
• small resolution (QCIF)
9.6 Kbps transmission rate of low resolution for connections with high bandwidth
• DSL
768 Kbps transmission rate for DSL connections
• ISDN (2B)
128 Kbps transmission rate for ISDN connections over two B channels
• ISDN (1B)
64 Kbps transmission rate for ISDN connections over one B channel
• MODEM
33.6 Kbps transmission rate for analog modem connections
• GSM
9.6 Kbps transmission rate for mobile communications (global standard)
Video on live
page
38
MPEG2
Select MPEG4 from the pull-down menu.
C2904M-B (2/05)
CONFIGURATION PAGE FOR VIDEO DECODER SETTINGS
Figure 29. Configuration Page for Video Decoder Settings
Video monitor name, output standard, and input termination make up this page. The following table describes the configuration items.
Table D. Configuration Page for Video Decoder Settings
Configuration Default
Item
Setting
Video monitor Monitor 1
name
Video output
PAL
standard
Video input
On
termination
C2904M-B (2/05)
Description
Enter an identifier for the monitor. (This name is not displayed except on this configuration page. For future
development.)
For devices that also function as a receiver, select the video standard from the pull-down menu: PAL or NTSC.
Select On from the pull-down menu to terminate video input if the video signal will not be looped through (for
example, with a T-connector).
39
CONFIGURATION PAGE FOR ALARM SETTINGS
The PelcoNet NET4001 transmission system is not only a multimedia gateway but also a security device and, therefore, has many features
related to security applications. The configuration page for alarm settings lets you configure your unit for surveillance applications. In
most surveillance-related applications, the receiver is located in a secure alarm center-type environment while the transmitter is mounted
inside or at the location to be monitored.
Figure 30. Configuration Page for Alarm Settings
Figure 31. Motion Detection Screen
40
C2904M-B (2/05)
Figure 32. Motion Detection Grid Screen
The set of alarm features is explained below.
Table E. Alarm Settings
Configuration
Item
Video motion
alarm
Default
Setting
N/A
Description
The system has a video motion detection feature. The video scene is monitored constantly for relevant motion.
NOTE: Use of the motion detection feature is recommended only indoors and under controlled lighting conditions;
it is not recommended in dim lighting.
To set motion detection, do the following:
1. Click the Motion detection button to access the Motion Detection screen. (Refer to Figure 31.) Press Default
to get the default settings for motion detection. If you want to customize the settings, continue to step 2.
2. Select On from the Motion detector pull-down menu to trigger an alarm in the event of movement.
3. Click the Select area button to display a window with a grid superimposed on it (refer to Figure 32). Select the
cells in the image you want the system to monitor for motion. You can use the Select all and Clear all buttons.
The default is all cells selected (red).
To set an individual cell, click it with the left mouse button (it will turn red). Click with the right button to
deselect a cell (which will turn white). Select or deselect multiple cells by holding down the left or right mouse
button and dragging. Release when finished.
Click the Set button.
4. Use the Motion tracking pull-down menu to turn on/off tracking. (Note that motion tracking overrides motion
detection.)
5. The Tracker box indicates and controls the direction of motion detection. You can set motion detection to
operate in one direction only by removing the check mark in the opposite direction.
6. Use the Local sensitivity slide bar to set detection sensitivity. You need to adapt sensitivity to the respective
environment and the acceptable false alarm rate: for a lower false alarm rate select a lower sensitivity and vice
versa. Experiment to find the best setting.
7. Use the Average n [frames] slide bar to define for how long or over how many pictures motion in the scene
must be detected before an alarm will be released. If the value is low, even movement over a small period
triggers an alarm. If the value is high, movement over a longer period is required to trigger an alarm.
(Continued on next page)
C2904M-B (2/05)
41
Table E. Alarm Settings (Continued)
Configuration
Item
Default
Setting
Description
8. Use the Object min size [nxn blocks] slide bar to designate the minimum number of cells in the frame a
moving object must fill to trigger an alarm. You can set the value between 1*1 and 6*6 (2*2 is recommended).
If the size of the object in the picture exceeds the value you set, motion detection triggers an alarm.
9. The Alarm indicator box lets you set a threshold so an alarm is triggered only if the sensitivity of the video
sensor is exceeded. Thus, something such as background noise caused by the camera can be filtered to avoid
unwanted alarms.
The blue line indicates the alarm threshold. Any value exceeding this produces an alarm signal. Components of
the motion signal generating the alarm are indicated in red.
Pull up or down on the blue line to observe the motion detector. Set it straight above the basic deviation of the
red curve.
10. Click Back to Alarm page! when finished.
The following conditions must be met for motion detection to function:
Video loss
alarm
Alarm input
Off
Off/High/
Input 1
• Motion detection must be activated.
• At least one cell must be activated.
• Sensitivity must be set higher than zero.
If you select On, the signal from the video source (the camera in most cases) is monitored constantly for interruption. If no signal is received, the NET4001A triggers the alarm.
1. Select On from the pull-down menu if you want to activate an alarm through an external alarm sensor. If not,
select Off.
2. Select High or Low for the voltage level to activate the alarm.
Connect on
alarm
Connection
type
Number of
video receiver
address
Live video
receiver IP
address
Remote
receiver
password
Live video
auto-connect
Direction of
alarm
connection
42
Off
MPEG-2
1
0.0.0.0
3. Enter a name for the alarm input to be displayed on the screen if an alarm is activated.
The alarm functions would have little effect without automatically triggering corresponding actions. Select On for
automatic connection to the video receiver’s IP address. The idea is to provide a remote monitoring station with live
video in case of an alarm.
This feature can be useful even for many applications not related to alarm conditions. One example is a videoequipped door entry system: when the doorbell is pressed, a contact closes and the connected transmitter
automatically connects to a receiver. Full-duplex audio can provide verbal communication, while the relay output
can open the door remotely.
Select the transmission standard for the alarm connection to the receiver’s IP address.
The NET4001A can store up to 10 different alarm IP addresses. When an alarm occurs, a connection will be
established to the first address. Up to 10 separate addresses can be added should the first address not accept the
call.
Use the pull-down menu to select how many additional addresses to contact, if necessary. (Add them in the next
field.)
Enter the IP address of the receiver to be notified in the event of an alarm.
N/A
Enter the password for the remote unit if it is protected by a user or live password.
Off
Select On if at each restart an active connection should be set up automatically to the receiver’s IP address.
Otherwise, select Off.
Outgoing
The auto connect feature guarantees an active connection to the receiver’s alarm IP address even after connection
breakdown or network failures. As soon as the network communications are restored, the connection is reinstated.
On a receiver, this feature is enabled to establish a connection to a transmitter automatically.
Use the pull-down menu to select either Incoming, Outgoing, or Bidirectional depending on whether you want
to receive (incoming), send (outgoing), or receive and send (bidirectional) video.
C2904M-B (2/05)
CONFIGURATION PAGE FOR RELAY SETTINGS
You can use the configuration page for relay settings to specify parameters such as normally open or normally closed switching and
bistable or monostable operation of the output.
Figure 33. Configuration Page for Relay Settings
The relay settings are described in the following table.
Table F. Relay Settings
Configuration
Item
Idle state
Default
Setting
Open
Operating mode
Bistable
Description
Select Open (N.O. at zero current) if the relay will operate as a normally open contact or Closed (N.C. at zero
current) if it will operate as a normally closed contact.
Select the relay’s operating mode.
• When you select the default Bistable mode, the relay will stay in the idle or active state for an indefinite period.
(For example, select Bistable if a floodlight activated by an alarm is to remain switched on at the end of the
alarm.)
• When you select monostable mode, the relay automatically falls back to the idle state after a predefined period
expires. (For example, select 10 s if a siren triggered by an alarm is to sound for 10 seconds.)
Relay follows
Off
The choices on the pull-down menu are: Bistable, 0.5 s, 1 s, 2 s, 5 s, 10 s, and 60 s.
Select from the pull-down menu an event that will activate the relay. A typical application is having the relay
following the status of the alarm input; for example, to power peripheral equipment or even the camera itself.
Select from the following:
Relay name
Relay 1
• Off: Relay does not operate.
• Connection: Relay operates whenever you open live video and will turn off once you exit live video.
• Video alarm: Relay operates when there is loss of the video signal.
• Motion alarm: Relay operates when there is motion alarm.
• Local input: Relay is operated by an external alarm sensor.
• Remote input: Relay is operated by a switching contact from a remote location.
Enter a name for the relay that will appear on the Live page.
Trigger relay
N/A
Click the Relay button to manually switch the relay (for example, as a test or to operate a door opener).
C2904M-B (2/05)
43
CONFIGURATION PAGE FOR COM 1 INTERFACE SETTINGS
You can use this configuration page to set the parameters of the COM1 RS-232/RS-485 serial interface port.
Figure 34. Configuration Page for COM 1 Interface Settings
Table G. Interface Settings for COM 1
Configuration
Item
Serial port
function
Default
Setting
Terminal
Baud rate
Data bits
Stop bits
Parity check
Interface mode
Half-duplex
mode
19200
8
1
None
RS232
Off
Description
Select a controllable device from the pull-down menu: Terminal, Transparent, or Pelco Prot. (protocol).
If the port must transmit data transparently, select Transparent.
Select any transmission rate from 300 to 57600 baud.
Select the number of data bits (7 or 8) per character.
Select the number of stop bits (1 or 2) per character.
Select the type of parity check (None, Even, or Odd).
Select the required protocol for the port (RS232 or RS422/485).
If you choose this RS-232 mode, camera control data is transferred automatically to the control port, which is a
serial interface on the unit’s rear panel to which you can connect a PC. This mode supports flow control.
NOTE: In On or Buffered mode, transparent data is rerouted to the control terminal port; terminal functions are
provided on the transparent data port.
44
C2904M-B (2/05)
CONFIGURATION PAGE FOR COM 2 INTERFACE SETTINGS
You can use this configuration page to set the parameters of the COM2 RS-232/RS-485 serial interface port.
Figure 35. Configuration Page for COM 2 Interface Settings
Table H. Interface Settings for COM2
Configuration Default
Item
Setting
Serial port
Transparent
function
Baud rate
Data bits
Stop bits
Parity check
C2904M-B (2/05)
19200
8
1
None
Description
Select the function for serial port 2 from the pull-down menu: Terminal, Transparent, or Pelco Prot. (protocol).
If the unit will be operated from a terminal, select Terminal. If the port must transmit data transparently, select
Transparent.
Select any transmission rate from 300 to 57600 baud.
Select the number of data bits (7 or 8) per character.
Select the number of stop bits (1 or 2) per character.
Select the type of parity check (None, Even, or Odd).
45
CONFIGURATION PAGE FOR NETWORK SETTINGS
Figure 36. Configuration Page for Network Settings
Network and routing information make up the configuration page for network settings. These settings are used to integrate the NET4001A
into an existing network. The following table describes the configuration items.
NOTE: When you change the IP address, subnet mask, or gateway IP address either through HyperTerminal or the browser, the system
needs to be rebooted by cycling the power.
46
C2904M-B (2/05)
Table I. Network Settings
Configuration Default
Item
Setting
Unit IP address 192.168.0.1
Subnet mask
Gateway
IP address
Video/Audio
transmission
Multicast
streaming
255.255.255.0
0.0.0.0
UDP
Off
Description
Enter a unique IP address that is valid for your network. The pre-configured default IP address allows for easy
configuration in closed environments. You can use a crossed cable to connect directly to a PC.
NOTE: Changing the IP address also affects the current browser connection. You will have to enter the new URL to
regain connectivity to the unit.
Enter a valid subnet mask for your network.
Enter the IP address of the router if the unit is to establish a connection outside of the local network. This is
typically used in a WAN environment. This field can otherwise remain empty (0.0.0.0).
Use the pull-down menu to select the means of transmission. Select TCP (Port 80) to send data through a firewall.
Select UDP for communication between local networks.
Use the pull-down menu to select multicast streaming mode.
Besides a one-to-one connection between a transmitter and a receiver (unicast), the NET4001A lets you connect a
number of receivers to receive the video signal simultaneously. This is achieved by distribution of a single data
stream on the network itself to a number of receivers in a defined group (multicast).
Choose one of the options. With one of the MPEG options selected and a valid multicast group address selected in
the Multicast Group IP Address field, the NET4001A operates in multicast mode (data stream duplicated over the
network).
Multicast group
IP address
Multicast port
MPEG-2
Multicast port
MPEG-4
Multicast
packet TTL
0.0.0.0
When multicast streaming is turned off, operation resorts to unicast mode.
This is the Multicast IP address. (Network hardware—such as switches, hubs, routers, etc.—must support the
multicasting protocol, ICMP.) This field sets PelcoNet to use the multicasting protocol, which allows more efficient
use of bandwidth. The IP range is 224.0.1.0 through 238.255.255.255.
50000
Some IP addresses may be reserved for system resources. Contact your network administrator for more information.
Enter the port address for the MPEG-2 data stream.
60000
Enter the port address for the MPEG-4 data stream.
1
Enter the number of seconds for the packet to live.
TTL stands for time to live. This setting defines the lifetime of multicast packages in the network. If multicast
traffic is to be transmitted over routers and switches this setting is important in adjusting the lifetime of the
package to the network topology (shape).
C2904M-B (2/05)
47
LIVE VIDEO PAGE INDICATORS
These five indicators are located at the top of the Live Video and live video Control pages.
Indicator
MPEG-2/MPEG-4
M (motion detector)
V (video alarm)
I (input activation)
R (relay activation)
48
Description
Indicates whether live viewing is in MPEG-2 or MPEG-4 format. You can assign this on the Video Encoder Settings page.
When motion alarm is triggered, this indicator turns red while the alarm is activated.
When the video loss alarm is triggered, this indicator turns red until the video returns.
When triggered, this indicator turns red. The name assigned to this trigger and its duration and how it reacts can be
assigned on the Alarm page.
When triggered, this indicator turns red. The name assigned to this trigger and how it reacts can be assigned on the
Relay page.
C2904M-B (2/05)
LIVE VIDEO AND SERVER PUSH VIDEO PAGES
Figure 37. Live Video Page
The Live Video page shows a real-time picture of a camera view with update rates and image quality similar to a box-to-box configuration.
It can be configured for bandwidth use and for various image quality settings. The Server Push page shows still pictures that are updated
periodically, and image quality is fixed.
1.
To access the PelcoNet NET4001 transmission system home page, you must first connect to the Internet/intranet network and open
Internet Explorer (the browser).
2.
Then, enter the default address 192.168.0.1 in the address box. If this address has been changed, enter the application address. The
home page appears.
3.
Click either Live Video or Server Push on the home page.
To exit either page, click an option at the top of the page.
The program displays dialog boxes when you try to view live video under any of the following conditions:
•
With a browser other than Internet Explorer
•
Without first installing ActiveX
•
When your computer display is not set for 16- or 32-bit color
To change: right-click the desktop, and then click Properties, the Settings tab, and select High Color [16 bit] or True Color [32
bit]. For NT, select 65536 Colors.
NOTE: Do not change the video properties while viewing live video. You may get a gray background if you do.
•
When Microsoft Virtual Machine is not enabled
To enable: on the Tools menu select Internet Options, select the Advanced tab, locate Microsoft VM, checkmark Java Console
Enabled and JIT compiler for virtual machine enabled. Reboot your PC.
With any of these conditions, you can only view the video as a series of still images.
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49
WEB BROWSER CONTROL PAGES
ACCESSING THESE PAGES
1.
To access the PelcoNet NET4001 transmission system home page, you must first connect to the Internet/intranet network and open
Internet Explorer (the browser).
2.
Then, enter the default address 192.168.0.1 in the address box. If this address has been changed, enter the application address. The
home page appears.
3.
Click Control to access the Device Controls page.
4.
The Device Controls page has underlined links to the control pages. To access, click one.
Figure 38. Device Controls Page
CONTROLLING THE DISPLAY
The live video control pages include representations of keys that let you control various functions (in addition to showing the camera
display). Use the mouse pointer and click the left mouse button to enable options and operate controls on the screen. Click outside the
options to disable a radio button or selection button.
Live video pages let you choose the size of the video viewing area. Click either 352x288 (small) or 704x576 (large) in the Resize Video
field.
Live video pages also let you record and play back camera views on a PC’s hard drive. Refer to the Record and Play Back the Display on a
PC section for details.
On the Spectra and Esprit live video control pages, you can control the following:
•
Presets –To program a preset: position the camera, click the Set check box, and then click a preset number button.
To activate a preset: click a preset number button.
•
Patterns – You can program only one pattern through PelcoNet. To program a pattern: click the Set check box, then click Start, and
then use the arrow buttons to position the camera. Click Stop to halt pattern programming.
To operate a pattern: click Start to begin the pattern and Stop to halt.
•
50
Programming Menus – To access the programming menus: click the Set check box, and then click the 95 button. Use the open iris
icon to open menus and set options. Use the open iris icon in conjunction with the Exit option to move backward through menu
layers and to exit programming mode.
C2904M-B (2/05)
MATRIX CONTROL LIVE VIDEO/SERVER PUSH PAGE CONTENTS
Figure 39. Matrix Control Page
The Matrix Control pages contain the following:
• Ten numbered buttons
• CLR (clear) button
• CAM (camera) button
• MON (monitor) button
• PRST (preset) button
• PATT (pattern) button
• MAC (macro) button
• STOP button
• BWD (backward) button
• FWD (forward) button
• AUX ON button
• AUX OFF button
The following are arrayed under “Lens ”:
• Iris open and close buttons
• Focus far and near buttons
• Zoom out and zoom in buttons
The following are arrayed under “Pan/Tilt ”:
• Eight direction arrow buttons
• Home button in the center
Recording control buttons are beneath the picture.
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51
GENEX LIVE VIDEO/SERVER PUSH PAGE CONTENTS
Figure 40. Genex Control Page
The Genex pages contain the following across the top of the page:
• Main and Spot monitor selection radio buttons
• A LIVE/VCR button
• A Sequence button
• A View button
• A zoom button
• A picture-in-picture button
• Buttons for 4-, 9-, and 16-screen display
The following are arrayed down the right side of the page:
• Radio buttons for 16 cameras
• Iris open and close buttons
• Focus far and near buttons
• Zoom out and in buttons
• Eight direction arrow buttons with a home button in the center
• Ten numbered buttons to use with the Pattern button (enter preset number and click Pattern)
• A Pattern button
Recording control buttons are beneath the picture.
52
C2904M-B (2/05)
SPECTRA LIVE VIDEO/SERVER PUSH PAGE CONTENTS
Figure 41. Spectra Control Page
The Spectra pages contain the following arrayed down the right side under “Lens”:
• Iris open and close buttons
• Focus far and near buttons
• Zoom out and in buttons
The following are arrayed under “Pan/Tilt”:
• Eight direction arrow buttons
• Home button in the center
The following are arrayed under “Presets”:
• Ten numbered preset buttons
• A SET check box
• A preset 95 button for entering the programming menus
The following are arrayed under “Pattern”:
• A Start pattern button
• A Stop pattern button
Recording control buttons are beneath the picture.
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53
ESPRIT LIVE VIDEO/SERVER PUSH PAGE CONTENTS
Figure 42. Esprit Control Page
The Esprit pages contain the following arrayed down the right side under “Lens”:
• Iris open and close buttons
• Focus far and near buttons
• Zoom out and in buttons
The following are arrayed under “Pan/Tilt”:
• Eight direction arrow buttons
• Home button in the center
The following are arrayed under “Presets”:
• Ten numbered preset buttons
• A SET check box
• A preset 95 button for entering the programming menus
The following are arrayed under “Pattern”:
• A Start pattern button
• A Stop pattern button
• A Wiper button
Recording control buttons are beneath the picture.
54
C2904M-B (2/05)
ADVANCED FEATURES
AUTOMATIC CONNECTION FEATURE
The advantage of conventional dedicated cabling lies in guaranteed performance and availability. The PelcoNet transmission system’s
auto-connect feature is designed to provide the same level of guaranteed connectivity expected from analog coaxial video cables.
IT networks commonly experience short breakdowns and congestion. Protocols used for computer communication (for example, TCP/IP)
are designed to cope with missing data and interruptions. With the PelcoNet NET4001A transmission system, once a video connection is
established, the video stream normally terminates gracefully when a network connector is pulled or the network is otherwise disrupted.
The system can be configured to reconnect automatically to guarantee connectivity. To activate this feature, use the Connect on alarm
pull-down menu to select On (on the Alarm Settings configuration page) and confirm this choice by clicking the Set button. Now the unit
will try to connect to the specified alarm IP address every time. The receiving station (alarm IP address) can be another receiver.
VIDEO MOTION DETECTION FEATURE
The transmitter can check video input automatically for significant motion in the scene and trigger an alarm if the motion exceeds a preset
threshold. Activate motion detection by clicking the Motion detection button on the Alarm Settings configuration page, and then use the
Motion detector pull-down menu on the Motion Detection screen to select On.
Use the Local sensitivity sliding scale to select sensitivity for motion detection. You need to tailor this parameter to the particular
application. Experiment to find the best setting. For example, higher sensitivity may lead to erroneous detection and increase false alarms.
You can restrict motion detection to certain areas in the scene. Click the Select area button. Select the cells you want the system to
monitor for motion. To set an individual cell, click it with the left mouse button (which will turn red). Click with the right mouse button to
deselect a cell (which will turn white).Select or deselect multiple cells by holding down the left or right mouse button and dragging.
Release when finished, and then click the Set button.
RECORDING AND PLAYING BACK THE DISPLAY ON A PC
CHOOSING WHERE TO STORE THE FILE
The program automatically saves the snapshot (still picture) and video recording files at C:\ on the hard drive of the PC on which you are
viewing the picture unless you tell it otherwise. If you want to store files in a different location on the PC, you need to first specify that
location. To do so:
1.
On the Home page, click either Control (and then click one of the underlined links to a live video control page) or Live Video.
2.
Click the Select path icon (open folder) beneath the picture. (Click the icon just once. Double-clicking may cause display problems
with the select path window.)
3.
The program opens the “Path for saving MPEG/JPEG files” screen. Do not specify a file name (leave blank), just navigate to the
location where you want the file stored and then click the Save button.
The file of any snapshot or video you record will be saved to that location.
RECORDING A SNAPSHOT
You can record a snapshot from the Live Video page or live video Matrix, Genex, Spectra, and Esprit control pages. The file is recorded on
the PC on which you are viewing the picture. To do so:
1.
On the Home page, click either Control (and then click one of the underlined links to a live video control page) or Live Video.
2.
Position the camera as desired (if it has PTZ capability).
3.
Click the Snapshot icon (camera) to record a still picture. The snapshot is saved on the PC’s hard drive with a .jpg extension.
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55
VIEWING A SNAPSHOT
You can view a snapshot by double-clicking on the desired file (.jpg extension) in Windows Explorer.
RECORDING THE VIDEO DISPLAY
You can record the camera display from the Live Video or live video Matrix, Genex, Spectra, and Esprit control pages. The file is recorded
on the PC on which you are viewing the picture. To do so:
1.
On the Home page, click either Control (and then click one of the underlined links to a live video control page) or Live Video.
2.
Position the camera as desired (if it has PTZ capability).
3.
Click the MPEG Recording icon (red dot button) to begin recording. The button flashes while recording is happening.
4.
Click the MPEG Recording button again to stop recording. The recording is saved on the PC’s hard drive with an .mp4 or .mp2
extension.
NOTE: When video files are saved, an extra file (.ind extension) is created that allows you to see the video in Pelco’s MPEG Viewer. If you
delete this file, you cannot view the saved .mp4 file although .mp2 files can still be viewed using the Windows Media Player.
VIEWING THE VIDEO DISPLAY
The video file is identified by date and time. MPEG-2 and MPEG-4 files are viewed differently.
•
MPEG-2 Files
View MPEG-2 files using the Windows Media Player. In Windows Explorer, double-click the file (.mp2 extension) you want to view.
The player will load and play the file automatically.
•
MPEG-4 Files
View MPEG-4 files using the MPEGViewer program included on the PelcoNet Resource CD. Do the following:
1.
Locate the MPEGViewer.exe file (either on the resource CD or the PC) or MPEG Viewer shortcut on the desktop if you used the
installation program on the CD. Double-click the file. The viewer opens.
Figure 43. Viewer Screen
2.
Click the Open button. A browse dialog box opens. Navigate to the recorded file (.mp4 extension) you want to view. Click the file to
highlight it, and then click Open.
3.
Click Play on the viewer to begin playback.
The start and end locations are shown below the slide control. A counter marks your location in the file.
56
4.
Use the Pause button to temporarily halt playback. You can change your location in the file by moving the pointer on the slide
control. Click Play to resume playback.
5.
Click Stop to halt playback.
C2904M-B (2/05)
FIRMWARE UPLOAD
Units have flash EPROMs for firmware upgrades in the field. These upgrades can be done directly from the web browser.
Do the following to upload firmware using the web browser.
1.
Obtain the latest PelcoNet NET4001A transmission system firmware from Pelco (http://www.pelco.com).
2.
Use the browser to select the General Settings configuration page of your unit.
3.
Use the Browse button in the Software upload field to select the correct new firmware file.
4.
Click the Upload button. The Upload progress field shows how the upload is proceeding.
5.
After about 30 seconds you should get a feedback message from the connected unit.
6.
The message “upload complete – WAIT” confirms the correct upload of the new firmware, which is now being installed.
WARNING: Do not disconnect power to the unit for any reason while firmware is being installed. Disrupting the cycle will damage
the flash EPROM. If this occurs, you will have to return the unit for repair.
The unit automatically restarts when a successful upload is completed.
However, if the LED IN flashes on conclusion, the upload has been unsuccessful and must be restarted. To do so: in the browser’s
address field behind the unit’s IP address, enter /main.htm. For example, 192.168.0.12/main.htm. Restart the upload process.
7.
If you try to upload an invalid firmware file, you will get the message “Upload Failed.”
8.
If you revisit the General Settings configuration page after the firmware is uploaded successfully, you will see the message “New
Firmware Installed.”
CONFIGURATION DOWNLOAD
This feature, located on the General Settings configuration page, lets you save the current configuration of the PelcoNet NET4001A
transmission system to a PC file.
Do the following:
1.
Use the browser to select the General Settings configuration page of your unit.
2.
Click the Download button in the Configuration download field.
3.
Save the file to the local hard drive. Use the default name and click the Save button. (Do not rename the configuration file when you
save it; the NET4001A will not be able to upload the file later.)
4.
Click the Close button.
You now have a configuration file to upload into a different PelcoNet unit.
CONFIGURATION UPLOAD
This feature copies a configuration file from a PC to the NET4001A.
Do the following:
1.
Use the browser to select the General Settings configuration page of your unit.
2.
Enter the name of the file containing the configuration, or locate it using the Browse button in the Configuration upload field.
3.
Click the Upload button to overwrite the configuration with the configuration stored in the named file.
4.
Wait for the General Settings page to refresh on its own. The configuration now matches that of the file created in the Configuration
Download section.
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57
TROUBLESHOOTING
If the following instructions fail to solve your problem, contact Pelco Technical Support at 1-800-289-9100 for help. You should have the
serial number from the bottom of the unit and the firmware version ready in case they are needed.
Do not try to repair a unit yourself. Opening it immediately voids any warranty. Leave maintenance and repairs to qualified technical
personnel. Swap a defective unit with a replacement unit and return the defective one for repair.
LEDS
The NET4001A has several LEDs that show the operating status and indicate possible faults:
LED
VIDEO
IN
OUT
COM
ETHERNET
POWER
Indication
Lit green
Flashing slowly
Lit green
Lit red
Not lit
Lit green
Not lit
Flashing orange
Lit green
Flashing orange
Lit green
Flashing green
Flashing green
Flashing green
Not lit
Meaning
A video signal is present at the input.
No valid firmware is installed; firmware upload is necessary.
Alarm input activated.
Alarm triggered.
Alarm input inactive.
Relay activated.
Relay not activated.
Data transmission via serial interface.
Physical connection to the network is established.
Data transmission via the network.
The unit is switched on but no connection.
600 ms (50:50) = 1 active connection.
300 ms (50:50) = 2 active connection.
150 ms (50:50) = 3 or more connections.
(50:650) = Streaming mode is active.
70 ms (50:50) = External prompt.
The unit is switched off.
TERMINAL PROGRAM
•
Is the right COM port interface on the PC selected for the terminal program, and are the settings correct? Is the cable connected to
COM 1 and not COM 2 on the PelcoNet unit? Program default settings are 19200 kb/s, 8 data bits, no parity, 1 stop bit (8N1) for the
terminal program.
•
If the data exchange between the terminal program and the system still does not work, check the serial cable. Does the system
answer when you press the Enter key?
•
Disable the local echo if you see duplicate characters on your screen.
TROUBLESHOOTING A TCP/IP NETWORK USING A PING UTILITY
(Enter the appropriate information where indicated by the quotation marks below. Do not enter the quotation marks.)
To see if a unit in your network can be reached, try to ping your unit by typing the following command in a DOS window:
c:\ping ‘unit IP address’
If it is reached, there will be a response like the following:
Reply from <IP address>: bytes=32 time=NN ms TTL=xxx
If the LAN path is malfunctioning, the ping command will time out. If so, you could have one of the following problems:
•
Wrong physical connections. Make sure the green Ethernet LED is on.
•
Wrong network connection. Verify the IP address is entered correctly and that subnet mask and gateway address are set properly.
Otherwise, ask your network administrator.
58
C2904M-B (2/05)
TROUBLESHOOTING CONNECTION PROBLEMS
If you fail to connect to a system from a hardware receiver, make sure network connectivity is available (for example, by using the ping
command).
TROUBLESHOOTING THE VIDEO CONNECTION
If no video or a distorted video image is displayed at the receiver during a connection to a transmitter:
•
Make sure the camera is switched on and the coaxial cable is connected to the NET4001A transmitter.
•
Check the camera cable and connect a video monitor to the camera and check that the camera is functioning correctly.
•
At the receiving system, make sure the monitor is switched on and the coaxial cable is connected to the NET4001A receiver.
•
Check the monitor cable and the selection of the monitor channel, if the monitor features more than one video channel.
•
If the monitor can display only a single video standard (PAL or NTSC), check the setting of the video output format on the Video
Settings configuration page.
TESTING THE AUDIO CONNECTION
TEST BETWEEN TWO NET4001A UNITS
1.
Connect a microphone (via a preamplifier) to the Audio In jack and a loudspeaker to the Audio Out jack on each NET4001A.
2.
After establishing the Ethernet connection, audio should be transmitted both ways.
3.
If you cannot hear any audio, check the microphone and loudspeaker together with other audio equipment, and make sure the
microphone is switched on if it has a power switch.
TEST BETWEEN NET4001A AND PC
1.
Connect a microphone (via a preamplifier) to the Audio In jack on the PelcoNet unit.
2.
Connect a loudspeaker to the PC’s sound card. After establishing the Ethernet connection, audio should be transmitted from the
PelcoNet unit to the PC.
3.
If you cannot hear any audio, check the microphone and loudspeaker together with other audio equipment, and make sure the
microphone is switched on if it has a power switch.
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59
GENERAL REMEDIES TABLE
Problem
No connection between unit and terminal
program.
Possible Causes
Faulty cable connections.
The computer’s serial interface is not
connected.
Interface parameters do not match.
No picture transmission to remote station. Defective camera.
Faulty cable connection.
No connection established, no picture
Configuration of the unit.
transmission.
Faulty installation.
Wrong IP address.
Faulty data transmission within LAN.
The maximum number of receivers is
connected.
No audio transmission to receiver.
Defective hardware.
Faulty cable connection.
Audio voice connection is occupied by
another receiver.
Cannot control PTZ cameras or other
Cable connection between the RS-232
devices.
interfaces and the connected device is
incorrect.
The interface parameters conflict with
the other connected devices.
The unit is not ready for operation after
Voltage failure while the update file is
firmware upload.
being programmed.
60
Suggested Remedy
Check all leads, plugs, contacts, and connections.
Check other serial interfaces.
If necessary, select a different COM port, make sure the
computer’s interface parameters match with those of the
unit. Possibly select the following standard parameters:
19200 baud, 8 data bits, no parity, 1 stop bit. Then turn off
power to the unit and turn on again after a few seconds.
Connect local monitor and check camera function.
Check all leads, plugs, contacts, and connections.
Check all configuration parameters.
Check all leads, plugs, contacts, and connections.
Check IP address (terminal program).
Check data transmission with the ping command.
Wait until a new connection is possible and dial again.
Check perfect functioning of all audio devices connected.
Check all leads, plugs, contacts, and connections.
Wait until the connection is free and dial again.
Check all cable connections and ensure all plugs are
properly plugged in.
Make sure the settings of the devices involved agree with
each other.
Replace the device and have it checked by Pelco.
C2904M-B (2/05)
SPECIFICATIONS
NETWORK PROTOCOL AND STANDARDS COMPATIBILITY
Internet Configuration:
Video Coding:
Video Frame Rate:
RTP, RTCP, UDP, TCP, IP, HTTP, SNMP, IGMP, ICMP, ARP, DHCP
MPEG-1, MPEG-2, MPEG-4, (M-JPEG in Server Push mode only)
Up to 30 images/second
INTERFACE
Video Input:
Video Output:
Audio Input:
Audio Output:
LAN Interface:
LAN Data Rate
MPEG-2:
MPEG-4:
Data Interface:
Alarm Input:
Alarm Output:
1 BNC, PAL/NTSC, 75 ohms, 1 Vp-p
1 BNC, PAL/NTSC, 75 ohms, 1 Vp-p
3.5 mm stereo jack, 3 Vp-p, approximately 50 kohms
3.5 mm stereo jack, 2.5 Vp-p, 60 mW, minimum 8 ohms
UTP (Ethernet 10/100BASE-T auto-sensing), RJ-45
1 Mbps to 6 Mbps
9.6 Kbps to 1.5 Mbps
1 RS-232/RS-422/RS-485, bi-directional (9-pin, D-sub)
1 terminal for direct connection of control, maximum 40V, 0.8A
1 terminal for relay
VIDEO
Video Standards:
Video Image Size
PAL:
NTSC:
PAL, NTSC
704 x 576 pixels (high resolution)
352 x 288 pixels (CIF)
704 x 480 pixels (high resolution)
352 x 240pixels (CIF)
POWER
Cable Type:
Operating voltage:
1 USA standard and 1 European standard
90-250 VAC, 50/60 Hz
MISCELLANEOUS
LED Displays:
9 LEDs (video, in, out, Ethernet, IR, HDD, COM, power)
ENVIRONMENTAL
Operating Temperature:
Operating Humidity:
Storage Temperature:
Storage Humidity:
32° to 122°F (0° to 50°C)
80% maximum relative humidity, non-condensing
-4° to 140°F (-20° to 60°C)
95% maximum relative humidity, non-condensing
GENERAL
Dimensions:
Unit Weight:
Shipping Weight:
8.1 (W) x 1.7 (H) x 11.9 (D) inches (20.5 x 4.4 x 30.1 cm)
Approx. 4.4 lb (2.0 kg)
Approx. 7.3 lb (3.3 kg)
CERTIFICATIONS
•
•
•
C2904M-B (2/05)
CE, Class B
cTUVus
FCC, Class B
61
GLOSSARY
62
10BASE-T
IEEE 802.3 specification for 10 or 100 Mbs Ethernet
ARP
Address Resolution Protocol
Baud rate
Data transmission rate
bps
Bits per second, the actual data rate
Cat5 Cable
Type of cable used on a LAN to connect computers, printers, and transmitters and receivers to a hub on
the network
CIF
Common Intermediate Format; video format with 352 x 288 pixels
Default Gateway
The router’s IP address (for example, 192.168.0.1)
DHCP
Dynamic Host Configuration Protocol
DNS
Domain Name Service
FTP
File Transfer Protocol
Full duplex
Simultaneous data transmission in both directions
G.711, G.728
Standard audio coding algorithms defined by ITU-T
H.224
Standard protocol for data communication and remote control
H.261
Standard motion video coding algorithm defined by ITU-T
H.323
Standard for M-JPEG video and audio compression defined by ITU-T
HTTP
Hypertext Transfer Protocol
HTML
Hypertext Markup Language
Hub
A device on the network that connects multiple computers together to form a LAN
ICMP
Internet Control Message Protocol
ID
Identification: machine-readable number or name
IGMP
Internet Group Management Protocol
IEEE
Institute of Electrical and Electronics Engineers
Internet Protocol
The main protocol used on the Internet. Forms—in conjunction with the Transfer Control Protocol
(TCP)—the TCP/IP protocol suite
IP
See Internet Protocol
IP Address
A unique four-byte number that identifies each unit on the Internet or network. Usually written in dotted
decimal notation with periods separating the bytes. This address is required to communicate on the
network (for example, 192.168.0.100).
ISDN
Integrated Services Digital Network
ISP
Internet Service Provider
JPEG
Joint Photographic Expert Group (procedure to encode still images)
Kbps
Kilobits per second; the actual data rate
C2904M-B (2/05)
LAN
See Local Area Network
Local Area Network
Multiple computers linked together into a network to share information within a limited geographic area
(such as a building or a campus) controlled by a network operating system and using a transport protocol
MAC Address
Media Access Control/hardware address
Mbps
Megabits per second; the actual data rate
MPEG-1
Video compression standard, initially hardware-independent, now also possible with software
MPEG-2
Enhanced video compression standard, high-level compression facilitates images with studio quality,
meanwhile established as broadcasting standard
MPEG-4
Further development of MPEG-2, used for transmission of audiovisual data with very low transfer rates
(for example, via Internet)
NAT
See Network Address Translator
Network Address Translator A proposal for IP address re-use where the local IP address is mapped to a globally unique address
Parameter
Values used for the configuration of the network system
Picture
A video picture that has been digitized at a particular resolution
PPP
See Point-To-Point Protocol
Point-To-Point Protocol
A protocol allowing a computer using TCP/IP to connect directly to the Internet
Router
A physical device that connects multiple LANs
QCIF
Quarter CIF, video format with 176 x 144 pixels
Server Push
A continuous stream sent from the transmitter to the web browser
Subnet Mask
A mask that explains which part of an IP address is the network address and which part composes the
host address. It is usually expressed in dotted-decimal notation (for example, 255.255.255.192).
TCP
Transfer Control Protocol
UDP
User Datagram Protocol
URL
Uniform Resource Locator
UTP
Unshielded Twisted Pair
WAN
See Wide Area Network
Wide Area Network
Multiple LANs connected together, usually over a great distance
C2904M-B (2/05)
63
APPENDIX A – CONNECTING PELCONET NET4001A TO VARIOUS COMPONENTS
Some of the connection examples that follow require the customer to supply a DB9 cable. Refer to the following figure when one is
needed.
DB9
TX+
RX+
TX-
RX-
RX+
TX+
RX-
TX-
TO RECEIVER
ESPRIT
SPECTRA
1 2 3 4 5
6 7 8 9
PIN
RS-232
1
2
3
4
5
6
7
8
9
DCD (DATA CARRIER DETECT)
RXD (RECEIVE DATA)
TXD (TRANSMIT DATA)
DTR (DATA TERMINAL READY)
GND (GROUND)
DSR (DATA SET READY)
RTS (READY TO SEND)
CTS (CLEAR TO SEND)
RS-422/RS-485
RXD- (RECEIVE DATA MINUS)
TXD- (TRANSMIT DATA MINUS)
GND
TXD+ (TRANSMIT DATA PLUS)
RXD+ (RECEIVE DATA PLUS)
Figure 44. DB9 Cable Wire Splicing
64
C2904M-B (2/05)
CONNECTING PELCONET TO VARIOUS COMPONENTS WITH ASSORTED KEYBOARDS
CONNECTION SCENARIO 1 – USING A KBD300A IN DIRECT MODE
Refer to Figure 45 and the instructions that follow.
12 VAC
KBD300A
PELCONET RECEIVER
Power
Ethernet
Audio Out
DIRECT MODE
COM2: RS232
Audio In
Video In
Video Out
12 VDC
100-250VAC50/60Hz 100mA
COM1: RS232/485 10/100 Base-T
5
3
6
2
7
1
8
TD(A)
TD(B)
RD(A)
RD(B)
GND
+12 VDC
PV130
RD(A)
RD(B)
4
STRAIGHT CABLE
4800, 8, NONE, 1
PELCONET TRANSMITTER
Power
Audio Out
TXTX+
Ethernet
COM2: RS232
P PROTOCOL ONLY
Audio In
Video In
Video Out
COM1: RS232/485 10/100 Base-T
100-250VAC50/60Hz 100mA
RX+
4800, 8, NONE, 1
RX-
RECEIVER OR
SPECTRA
Figure 45. KBD300A (Direct Mode) Connected to a Receiver or Spectra Dome System
1. Connect a PV130 converter to the COM1 port on the back of the NET4001A receiver unit. (In Interface Mode select RS232.) The data
format should be 4800 baud, 8 data bits, no parity, and 1 stop bit.
2. Connect the black and white striped wire from the power supply that comes with the converter to the converter’s +12 VDC terminal
and the solid black wire to the GND terminal.
3. Connect RD(A) on the converter to terminal 2 on the wall block. Connect RD(B) on the converter to terminal 1 on the wall block.
4. Connect a 12 VAC power supply to terminals 3 and 4 on the wall block.
5. Set DIP switch 6 on the KBD300A to ON to enable turbo pan operation or OFF to disable that feature. The KBD300A will recognize
Direct Mode automatically.
6. Connect the wall block to the KBD300A with an RJ-45 straight cable.
7. Connect the monitor.
8. Refer to Figure 44 and Figure 45. Splice the customer-supplied DB9 cable into the Spectra/Esprit or receiver cable. Use P protocol only.
9. Plug the DB9 cable into the COM1 port on the transmitter. (For Interface Mode select RS422/485.) The data format should be 4800,
8, no parity, 1.
10. Connect the camera’s video to the transmitter.
C2904M-B (2/05)
65
CONNECTION SCENARIO 2 – USING A KBD4000 FOR MULTIPLEXER CONTROL
Refer to Figure 46 and the instructions that follow.
NOTE: If you set all your cameras to Standard Coaxitron for better control on the browser, you will lose most of the KBD4000 keyboard
control functions. If you set your cameras to Extended Coaxitron, you will have all the keyboard functions but the PTZ functions on the
NET4001A will be very slow.
KBD4000
VIDEO
ON
OFF
12 VAC
PELCONET RECEIVER
Power
Audio Out
Ethernet
COM2: RS232
Audio In
Video In
Video Out
COM1: RS232/485 10/100 Base-T
100-250VAC50/60Hz 100mA
RD(A)
RD(B)
TD(A)
TD(B)
12 VDC
TD(A)
TD(B)
RD(A)
RD(B)
GND
+12 VDC
PV130
4
5
3
6
2
7
1
8
STRAIGHT CABLE
9600, 8, ODD, 1
PELCONET TRANSMITTER
Power
Audio Out
Ethernet
COM2: RS232
Audio In
Video In
Video Out
COM1: RS232/485 10/100 Base-T
100-250VAC50/60Hz 100mA
MULTIPLEXER
TX(-)
TX(+)
RX(-)
RX(+)
9600, 8, ODD, 1
4
5
3
6
2
7
1
8
COM IN
STRAIGHT CABLE
Figure 46. KBD4000 Connected to a Multiplexer
1. Connect a PV130 converter to the COM1 port on the back of the NET4001A receiver unit. (For Interface Mode select RS232.) The
data format must be 9600 baud, 8 data bits, odd parity, and 1 stop bit.
2. Connect the black and white striped wire from the power supply that comes with the converter to the converter’s +12 VDC terminal
and the solid black wire to the GND terminal.
3. Connect TD(A) on the converter to terminal 7 on the wall block. Connect TD(B) on the converter to terminal 8 on the wall block.
Connect RD(A) on the converter to terminal 2 on the wall block. Connect RD(B) on the converter to terminal 1 on the wall block.
4. Connect a 12 VAC power supply to terminals 3 and 4 on the wall block.
5. Connect the wall block to the KBD4000 with an RJ-45 straight cable.
6. Connect the monitor.
7. Refer to Figure 44 and Figure 46. Splice the customer-supplied DB9 cable into the multiplexer wall block. Connect TX- from the
NET4001A to terminal 2 on the wall block, TX+ to terminal 1, RX- to terminal 7, and RX+ to terminal 8.
8. Plug the DB9 cable into the COM1 port on the transmitter. (For Interface Mode select RS422/485.) The data format must be 9600, 8, odd, 1.
9. Connect the wall block to COM IN on the multiplexer with an RJ-45 straight cable.
10. Connect MAIN video output from the multiplexer to the transmitter.
66
C2904M-B (2/05)
CONNECTION SCENARIO 3 – USING A CM9760-KBD
Refer to Figure 47 and the instructions that follow.
CM9750-UPS
PELCONET RECEIVER
CARD CAGE
KEYBOARD
Power
Audio Out
Ethernet
COM2: RS232
Audio In
Video In
Video Out
COM1: RS232/485 10/100 Base-T
100-250VAC50/60Hz 100mA
RD(A)
RD(B)
TD(A)
TD(B)
12 VDC
TD(A)
TD(B)
RD(A)
RD(B)
GND
+12 VDC
PV130
4
5
3
6
2
7
1
8
STRAIGHT CABLE
4800, 8, EVEN, 1
COM IN
STRAIGHT CABLE
CM9760KBD
CM9760-CC1
SERCOM PORT
PROGRAMMED
FOR KBD
PELCONET TRANSMITTER
Power
Audio Out
FLIPPED CABLE
Ethernet
COM2: RS232
Audio In
Video In
Video Out
COM1: RS232/485 10/100 Base-T
100-250VAC50/60Hz 100mA
12VDC
4
5
3
6
2
7
1
8
TD(A)
TD(B)
RD(A)
RD(B)
GND
+12 VDC
PV130
TD(A)
TD(B)
RD(A)
RD(B)
4800,8, EVEN, 1
Figure 47. CM9760KBD Connected to a CM9760-CC1 Controller
1. Connect a PV130 converter to the COM1 port on the back of the NET4001A receiver unit. (For Interface Mode select RS232.) The
data format must be 4800 baud, 8 data bits, even parity, and 1 stop bit.
2. Connect the black and white striped wire from the power supply that comes with the converter to the converter’s +12 VDC terminal
and the solid black wire to the GND terminal.
3. Connect TD(A) on the converter to terminal 7 on the wall block. Connect TD(B) on the converter to terminal 8 on the wall block.
Connect RD(A) on the converter to terminal 2 on the wall block. Connect RD(B) on the converter to terminal 1 on the wall block.
4. Connect an RJ-45 straight cable from the wall block to the power pack.
5. Connect an RJ-45 straight cable from the keyboard input connector on the power pack to COM 1 on the keyboard.
6. Connect the monitor.
7. Refer to Figure 44 and Figure 47. Splice the customer-supplied DB9 cable into the CM9760-CC1 wall block. Connect TX- from the
NET4001A to terminal 2 on the wall block, TX+ to terminal 1, RX- to terminal 7, and RX+ to terminal 8.
8. Plug the DB9 cable into the COM1 port on the transmitter unit. (For Interface Mode select RS232.) The data format must be 4800, 8,
even, 1.
9. Connect an RJ-45 flipped cable from the wall block to Sercom port 5 on the CC1’s rear panel.
10. Connect one of the three monitor outputs on the rear of the controller to the transmitter unit.
C2904M-B (2/05)
67
CONNECTING PELCONET TO THE COM IN RS-422 PORT ON A GENEX MULTIPLEXER
Refer to Figure 48 and the instructions to follow.
PELCONET TRANSMITTER
9600, 8, ODD, 1
Power
Audio Out
Ethernet
COM2: RS232
Audio In
Video In
Video Out
100-250VAC50/60Hz 100mA
COM1: RS232/485 10/100 Base-T
TO NETWORK
PELCONET DB9
CONNECTOR
GENEX COM OUT
RJ-45 CONNECTOR
PIN 2 RX
PIN 6 TX
PIN 3 TX
PIN 4 RX
PIN 5 GND
PIN 5 GND
GENEX COM
8 1 8 1
IN
OUT
Figure 48. Connecting PelcoNet to Genex Using the COM IN RS-422 Port
1.
Verify that the multiplexer has Version 4.1 firmware. (The version number flashes on the monitor when power is applied to the
multiplexer.)
2.
Set the NET4001A COM1 data port to Transparent, 9600 baud, 8 data bits, odd (for parity), 1 stop bit, and off if it is not so set
already. (For Interface Mode select RS232.)
3.
Create a cable using the diagram in Figure 44.
4.
Attach the cable’s DB9 connector end to PelcoNet’s COM 1 port. Connect the cable’s RJ-45 connector end to COM IN on the back of
the multiplexer.
5.
Connect the MAIN video output from the multiplexer to the NET4001A transmitter.
6.
Connect PelcoNet’s Ethernet port to the network using a Cat5 Ethernet patch cable.
CONNECTING A PELCONET RECEIVER TO A SYSTEM CM9502
Refer to Figure 49. This configuration lets an operator view and control cameras with a CM9505 keyboard.
CM9502-KBD
PELCONET RECEIVER
Power
Audio Out
Ethernet
1200 BAUD, 8 BIT, 1 STOP BIT,
NO PARITY
COM2: RS232
Audio In
Video In
Video Out
COM1: RS232/485 10/100 Base-T
100-250VAC50/60Hz 100mA
TRANSPARENT DATA
12 VDC
RD(A)
RD(B)
TD(A)
TD(B)
4
5
3
6
2
7
1
8
CM9505UPS
TD(A)
TD(B)
RD(A)
RD(B)
GND
+12 VDC
PV130
STRAIGHT
CABLE
CARD
CAGE
KBD
Figure 49. Using PelcoNet with CM9505 to Provide Remote Control
68
C2904M-B (2/05)
CONNECTING PELCONET TO A CM9502 ASCII SERIAL PORT
Refer to Figure 44 and Figure 50. This configuration lets an operator view and control cameras from a PC using a web browser. (The
operator’s PC is not shown on the diagram.)
PELCONET CM9502 ASCII SERIAL PORT SETUP
TRANSPARENT DATA PORT
USING INTERNET EXPLORER
SET TRANSPORT SETTINGS:
BAUD RATE
9600
DATA BITS
8
PARITY
ODD
STOP BITS
1
TO NETWORK (LAN/WAN)
PELCONET TRANSMITTER
Power
Audio Out
Ethernet
COM2: RS232
VIDEO
Audio In
Video In
Video Out
COM1: RS232/485 10/100 Base-T
100-250VAC50/60Hz 100mA
TXTX+
7
6
LOOPED
SERIAL
PORTS
8
1
2
3
4
5
RXRX+
RJ-45 WALL
BLOCK &
STRAIGHT
CABLE
SUPPLIED
CM9502
MON 1
CM9502-KBD
Figure 50. Using PelcoNet with CM9502 to Provide Remote Control
C2904M-B (2/05)
69
CONNECTING PELCONET TO A CM6700 AND KBD200A FOR REMOTE ASCII CONTROL
Refer to Figure 51. This configuration lets an operator view and control cameras with a remote KBD200A keyboard.
PELCONET REMOTE KBD200A ASCII MODE SETUP
TO NETWORK
(LAN/WAN)
PELCONET RECEIVER
Power
Ethernet
Audio Out
COM2: RS232
Audio In
100-250VAC50/60Hz 100mA
6
8
1
RJ-45 WALL BLOCK AND STRAIGHT
CABLE SUPPLIED
TD(A)
TD(B)
RD(A)
RD(B)
GND
+12 VDC
BAUD RATE
DATA BITS
PARITY
STOP BITS
SPECTRA COAXITRON
PROTOCOL
7
12V
PV130
TRANSPARENT DATA PORT
USING INTERNET EXPLORER, SET
TRANSPARENT DATA SETTINGS
ON BOTH PELCONET RECEIVER
AND TRANSMITTER:
TD(A)
TD(B)
GND
2
2-RX
3-TX
5-GND
5
COM1: RS232/485 10/100 Base-T
3
Video Out
4
Video In
RD(A)
RD(B)
KBD200A
NOTE: FIRMWARE VER 4.0 OR LATER REQUIRED.
SET KEYBOARD DIP SWITCHES - SWITCH
6 ON, SWITCHES 5 AND 8 OFF, SWITCHES
1 - 4 FOR ADDRESS ACCORDING TO THE
TABLE IN THE KBD200A MANUAL.
PV130 ORDERED
SEPARATELY
9600
8
ODD
1
12VAC
TO NETWORK
(LAN/WAN)
PELCONET TRANSMITTER
CM6700-MXB
VIDEO INPUTS
VIDEO OUTPUTS
Power
1
Ethernet
Audio Out
3
5
7
9
11
13
1
ALARMS
(1-9)
2
ALARMS
(10-18)
LOCAL
KEYBOARD
1 2 3 4 5 6 7 8 9
15
COM2: RS232
10 11 12 13 14 15 16 17 18
REMOTE KEYBOARD(S)
COM 1 (1-6)
COM 2 (7-12)
2
Audio In
Video In
Video Out
TRANSPARENT
DATA PORT
2-RX
3-TX
5-GND
COM1: RS232/485 10/100 Base-T
4
6
8
10
12
14
1 2 3 4 5 6 7 8 9 10 11 12
16
CONTROL
OUTPUTS
100-250VAC50/60Hz 100mA
0 1 2 3
F
2
T T
+
R R
+
F N N C
3 O C O
M
CM6700 MATRIX COM 2
PORT SETTINGS:
SW5 DIP SWITCH SETTINGS
ON
RS-422/485
1 2 3 4 5 6 7 8
RS-232
ON
1 2 3 4 5 6 7 8
PELCONET
CM6700-MXB
TRANSPARENT COM 2 (7-12)
DATA PORT
2 RX...................... 7 TX
3 TX..................... 12 RX
5 GND..................... 9 GND
BAUD RATE
DATA BITS
PARITY
STOP BITS
9600
8
ODD
1
CONNECT PELCONET TO
6700 VIA RS-232 PORT
KEY
ON
OFF
SET DIP SWITCH (SW5) ON CM6700-MXB TO RS-232 MODE
Figure 51. Using PelcoNet with CM6700 and KBD200A to Provide Remote Control
70
C2904M-B (2/05)
CONNECTING PELCONET TO A CM6700 ASCII PORT
Refer to Figure 52. This configuration lets an operator view and control cameras from a PC using a web browser. (The operator’s PC is not
shown on the diagram.)
PELCONET CM6700 ASCII SETUP SPECTRA COAXITRON PROTOCOL
TO NETWORK
(LAN/WAN)
PELCONET TRANSMITTER
CM6700-MXB
VIDEO INPUTS
VIDEO OUTPUTS
Power
Audio Out
1
Ethernet
3
5
7
11
9
13
1
ALARMS
(1-9)
2
ALARMS
(10-18)
LOCAL
KEYBOARD
1 2 3 4 5 6 7 8 9
15
COM2: RS232
10 11 12 13 14 15 16 17 18
REMOTE KEYBOARD(S)
COM 1 (1-6)
COM 2 (7-12)
2
Audio In
Video In
Video Out
COM1: RS232/485 10/100 Base-T
TRANSPARENT
DATA PORT
2-RX
3-TX
5-GND
TRANSPARENT DATA PORT
6
8
10
12
14
BAUD RATE
DATA BITS
PARITY
STOP BITS
1 2 3 4 5 6 7 8 9 10 11 12
16
CONTROL
OUTPUTS
0 1 2 3
CM6700 MATRIX COM 2
PORT SETTINGS:
USING INTERNET EXPLORER, SET
TRANSPARENT DATA SETTINGS
ON BOTH PELCONET RECEIVER
AND TRANSMITTER:
BAUD RATE
9600
DATA BITS
8
PARITY
ODD
STOP BITS
1
4
100-250VAC50/60Hz 100mA
9600
8
ODD
1
PELCONET
CM6700-MXB
TRANSPARENT COM 2 (7-12)
DATA PORT
2 RX....................... 7 TX
3 RX..................... 12 RX
5 GND..................... 9 GND
F
2
T T
+
R R
+
F N N C
3 O C O
M
SW5 DIP SWITCH SETTINGS
ON
RS-422/485
1 2 3 4 5 6 7 8
RS-232
ON
1 2 3 4 5 6 7 8
KEY
ON
OFF
SET DIP SWITCH (SW5) ON CM6700-MXB TO RS-232 MODE
Figure 52. Using PelcoNet with CM6700 to Provide Remote Control
C2904M-B (2/05)
71
CONNECTING PELCONET TO A CM9760-DT FOR REMOTE BROWSER CONTROL
Refer to Figure 53. This configuration lets an operator view and control cameras on a PC using a web browser. (The
operator’s PC is not shown on the diagram.)
PELCONET CM9760-DT SETUP
CAT 5 TO NETWORK
(LAN/WAN)
CM9760-KBD
CM9505-UPS
PELCONET TRANSMITTER
Power
Audio Out
Ethernet
COM2: RS232
DIP SWITCH
Audio In
Video In
Video Out
COM1: RS232/485 10/100 Base-T
1 ON
100-250VAC50/60Hz 100mA
2 OFF
COM A
TRANSPARENT DATA PORT
USING INTERNET EXPLORER
SET TRANSPORT SETTINGS:
BAUD RATE 4800 OR 9600
DATA BITS
8
PARITY
EVEN OR ODD
STOP BITS
1
2-RX
3-TX
5-GND
2-RX
3-TX
5-GND
12VAC
COM B
NULL MODEM
CABLE NOT
SUPPLIED
SPECTRA “P”
PROTOCOL
CM9760-DT1
COM 2 PROGRAMMED FOR 9760-DT
COM 1
COM 2
SUPPLIED
CABLE
CM9760-CC1
VIDEO
NOTE: 4800 BAUD AND EVEN PARITY APPLIES TO CM9760-DT VERSION 2.07,
WHILE 9600 BAUD AND ODD PARITY APPLIES TO VERSION 3.0
CM9760-MXB
Figure 53. Using PelcoNet with CM9760-DT to Provide Remote Control of a 9760 Monitor Output
72
C2904M-B (2/05)
CONNECTING PELCONET TO CM9760 EQUIPMENT FOR REMOTE COMMUNICATION
Refer to Figure 44 and Figure 54 and Figure 55. These configurations let an operator remotely view and control cameras connected to the
CM9760.
REMOTE NODE: TRANSMITTING DATA AND VIDEO
TO NETWORK
(LAN/WAN)
CM9760-KBD
CM9505-UPS
SPECTRA “P”
PROTOCOL
PELCONET TRANSMITTER
Power
Ethernet
Audio Out
COM2: RS232
Audio In
Video In
Video Out
100-250VAC50/60Hz 100mA
COM1: RS232/485 10/100 Base-T
8
6
7
5
RXRX+
FLIPPED CABLE
CM9760-CC1
1
2
3
4
VIDEO
TXTX+
TRANSPARENT DATA PORT
USING INTERNET EXPLORER SET
TRANSPARENT DATA PORT SETTINGS:
BAUD RATE 9600
8
DATA BITS
EVEN
PARITY
1
STOP BITS
SERCOM PORT PROGRAMMED
FOR NETWORK COMMUNICATION
RJ-45 WALL BLOCK
NOT SUPPLIED
MON 1
MON OUTPUT TIE LINE
CM9760-MXB
Figure 54. Using PelcoNet to Transmit Data and Video Between 9760 Nodes
LOCAL NODE: RECEIVING DATA AND VIDEO
TO NETWORK
(LAN/WAN)
PELCONET RECEIVER
SERCOM PORT
PROGRAMMED
FOR NETWORK
COMMUNICATION
Power
Audio Out
Ethernet
COM2: RS232
Audio In
Video In
Video Out
100-250VAC50/60Hz 100mA
COM1: RS232/485 10/100 Base-T
2- RX
3- TX
5- GND
CM9760-KBD
CM9505-UPS
SPECTRA “P”
PROTOCOL
RD(A)
RD(B)
GND
8
7
CM9760-CC1
FLIPPED CABLE
1
2
3
4
TD(A)
TD(B)
RD(A)
RD(B)
GND
+12 VDC
PV130
6
5
12V
TD(A)
TD(B)
TRANSPARENT DATA PORT
USING INTERNET EXPLORER SET
TRANSPARENT DATA SETTINGS:
BAUD RATE 9600
8
DATA BITS
EVEN
PARITY
STOP BITS
1
VIDEO
RJ-45 WALL
BLOCK NOT
SUPPLIED
MON 1
CAM INPUT TIE LINE
CM9760-MXB
Figure 55. Using PelcoNet to Receive Data and Video Between 9760 Nodes
C2904M-B (2/05)
73
CONNECTING A PELCONET TRANSMITTER TO THE CM6800 ASCII PORT
Refer to Figure 56. This configuration lets an operator view and control cameras with a PC using a web browser. (The operator’s PC is not
shown on the diagram.) All settings are done in the CM6800 manager program or through a CM6800 menu. Note the following:
•
Port 2 defaults to ASCII and RS-232.
•
Ports 7 and 8 can be set to ASCII and RS-232 by using the CM6800 manager program (refer to Figure 57) or by using a CM6800
menu (refer to Figure 58).
•
Pelco recommends using Port 2.
PELCONET CM6800 ASCII SETUP
TO NETWORK (LAN/WAN)
SPECTRA COAXITRON
PROTOCOL
PELCONET TRANSMITTER
Power
ALARM
Audio Out
Ethernet
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
1
5
2
6
3
7
4
8
CONTROL
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
41
42
43
44
1
2
3
4
Video Out
COM1: RS232/485 10/100 Base-T
100-250VAC50/60Hz 100mA
R R T T
+ - + -
R R B
+ -
OUT
1
2
F
3
COM 1
33
34
35
36
37
38
39
40
45
46
47
48
ALTERNATE SOURCE INPUTS
2- RX
3- TX
5- GND
PTZ
A T T
+ -
Audio In
Video In
1 2 3 4 5 6 7 8
COM
HZ
75
COM2: RS232
TRANSPARENT DATA PORT
PELCONET TRANSPARENT CM6800-48X8
USING INTERNET EXPLORER SET
DATA PORT
COM 2
TRANSPARENT DATA SETTINGS:
2 RX.............................. 8 TX
3 TX.............................. 1 RX
9600
BAUD RATE
5 GND............................ 5 GND
8
DATA BITS
ODD
PARITY
CONNECT PELCONET TO 6800 VIA RS-232 PORT
1
STOP BITS
5
6
7
8
120/230~
50/60 HZ
25 WATTS
VIDEO OUTPUTS
6800 MATRIX COM 2
PORT SETTINGS:
BAUD RATE
DATA BITS
PARITY
STOP BITS
9600
8
ODD
1
Figure 56. Using PelcoNet with CM6800 to Provide Remote Control
74
C2904M-B (2/05)
Figure 57. Manager Screen
SET SERIAL PORT 07
DEVICE:
TYPE:
BAUD RATE:
PARITY:
DATA BITS:
STOP BITS:
ASCII
RS232
9600
ODD
8
1
RETURN
Figure 58. Menu Screen
C2904M-B (2/05)
75
CONNECTING PELCONET TO A CM6800 AND KBD200A FOR REMOTE ASCII CONTROL
Refer to Figure 59. This configuration lets an operator view and control cameras with a remote KBD200A keyboard. All settings are done
in the CM6800 manager program or through a CM6800 menu. Note the following:
•
Port 2 defaults to ASCII and RS-232.
•
Ports 7 and 8 can be set to ASCII and RS-232 by using the CM6800 manager program (refer to Figure 57) or by using a CM6800
menu (refer to Figure 58).
•
Pelco recommends using Port 2.
PELCONET REMOTE KBD200A ASCII MODE SETUP
CAT 5 TO NETWORK
(LAN/WAN)
PELCONET RECEIVER
Power
Audio Out
Ethernet
COM2: RS232
Audio In
100-250VAC50/60Hz 100mA
TD(A)
TD(B)
GND
6
8
1
RD(A)
RD(B)
TRANSPARENT DATA PORT
USING INTERNET EXPLORER, SET
TRANSPARENT DATA SETTINGS
ON BOTH PELCONET RECEIVER
AND TRANSMITTER:
BAUD RATE
DATA BITS
PARITY
STOP BITS
RJ-45 WALL BLOCK AND STRAIGHT
CABLE SUPPLIED
TD(A)
TD(B)
RD(A)
RD(B)
GND
+12 VDC
PV130
7
12V
2
2-RX
3-TX
5-GND
5
COM1: RS232/485 10/100 Base-T
3
Video Out
4
Video In
KBD200A
NOTE: FIRMWARE VER 4.0 OR LATER REQUIRED.
SET KEYBOARD DIP SWITCHES - SWITCH
6 ON, SWITCHES 5 AND 8 OFF, SWITCHES
1 - 4 FOR ADDRESS ACCORDING TO THE
TABLE IN THE KBD200A MANUAL.
PV130 ORDERED
SEPARATELY
9600
8
ODD
1
12VAC
PELCONET CM6800 ASCII SETUP
TO NETWORK (LAN/WAN)
SPECTRA COAXITRON
PROTOCOL
PELCONET TRANSMITTER
Power
ALARM
Ethernet
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
75
COM2: RS232
1
5
2
6
3
7
4
8
CONTROL
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
41
42
43
44
1
2
3
4
Video Out
COM1: RS232/485 10/100 Base-T
100-250VAC50/60Hz 100mA
34
35
36
37
38
39
40
45
46
47
48
ALTERNATE SOURCE INPUTS
TRANSPARENT DATA PORT
USING INTERNET EXPLORER
SET TRANSPORT SETTINGS:
BAUD RATE
9600
DATA BITS
8
PARITY
ODD
STOP BITS
1
R R T T
+ - + -
R R B
+ -
OUT
1
2
F
3
COM 1
33
2- RX
3- TX
5- GND
PTZ
A T T
+ -
Audio In
Video In
1 2 3 4 5 6 7 8
COM
HZ
Audio Out
PELCONET TRANSPARENT CM6800-48X8
DATA PORT
COM 2
2 RX.............................. 8 TX
3 TX.............................. 1 RX
5 GND............................ 5 GND
CONNECT PELCONET TO 6800 VIA RS-232 PORT
5
6
7
8
120/230~
50/60 HZ
25 WATTS
VIDEO OUTPUTS
6800 MATRIX COM 2
PORT SETTINGS:
BAUD RATE
DATA BITS
PARITY
STOP BITS
9600
8
ODD
1
Figure 59. Using PelcoNet with CM6800 and KBD200A to Provide Remote Control
76
C2904M-B (2/05)
APPENDIX B – FREQUENTLY ASKED QUESTIONS (FAQS)
1. What Pelco devices can I control from my computer with the PelcoNet NET4001 transmission system?
PelcoNet can control the following from Internet Explorer:
• Spectra and Esprit
• Genex multiplexer
• CM9760 (requires CM9760 data translator)
• CM9740 (requires CM9760 data translator)
• CM9502 (through integrated ASCII port)
• CM8500 (requires latest CM8500 data translator)
• CM6700 (through integrated ASCII port, COM 2)
• CM6800 matrix
2. What TCP/IP ports does PelcoNet use?
PelcoNet lets you select which base port to use. You can select either 80 or 1756. This means PelcoNet will use UDP ports for some video and
control data. The ports must be open for PelcoNet to function properly.
3. Can I view PelcoNet over the Internet?
Yes. You will need a static IP address and enough bandwidth to view live video. Pelco recommends a minimum of 250 Kbps for medium image
quality. Also check with your ISP to verify the correct TCP and UDP ports are open through any routers or firewalls through which you will
connect.
4. How many connections does PelcoNet support? Can more than one receiver connect to a transmitter at the same time?
Yes. PelcoNet can support an unlimited number of receivers. To do so, all hubs, switches, and routers must support multicasting (IGMP), and
PelcoNet must be configured to use multicasting. If the network hardware does not support this, then the maximum number of simultaneous
connections is five.
5. Can I enlarge the picture size in the browser?
Yes. You can select from two different image sizes in PelcoNet with the browser: 352 x 288 or 704 x 576.
6. What software does PelcoNet require?
PelcoNet works with Internet Explorer 5.5 or higher. An ActiveX plug-in is also required for Internet Explorer to get live video. All software is
included.
7. Can I control other manufacturers’ equipment from the browser?
Not at this time.
8. Can I record video with PelcoNet NET4001A?
Yes. PelcoNet can record video to the hard drive of the viewing PC (you can select the location). The video is recorded in either mp2 or mp4
format.
9. Everything is wired correctly but I do not have any control from the browser. What else could be wrong?
The transparent data port settings must be set to match the equipment to which PelcoNet is connected.
Also, in Internet Explorer, the Microsoft Virtual Machine must be enabled. To do so: on the Tools menu, select Internet Options. Then select the
Advanced tab. Locate the option Microsoft VM. Place a check mark next to Java Console Enabled and JIT compiler for virtual machine enabled.
Reboot your computer.
These options are required for the Java applets in PelcoNet to function properly.
10. Can I control the Genex multiplexer server?
Not at this time.
11. Can I use DHCP (dynamically assigned IP address) with PelcoNet?
No.
C2904M-B (2/05)
77
12. What type of compression does PelcoNet use?
PelcoNet uses the MPEG-2 and MPEG-4 industry standards for video teleconferencing over the Internet. They provide the most effective use of
bandwidth with excellent video quality.
13. I do not get live video in the browser but server push is working. What could be wrong?
Verify that the ActiveX plug-in is installed and that your video is set to 16-bit or 32-bit color. Also check with your network administrator to
verify that the TCP/IP ports PelcoNet uses are not being filtered and that you have enough bandwidth.
14. How do I program PelcoNet with Hyperterminal?
Using a null modem cable, connect a COM port on your PC to either COM port on NET4001A. Open Hyperterminal and set the port to use to
19200, 8, N, 1, and No Flow Control. Type service (lower case), and follow the help menu.
When accessing the unit through HyperTerminal, each time after the unit boots up the program prompts for the username (enter service). If
there has not been a reboot since you last accessed the unit, you can access it by entering ? for the username.
15. How much bandwidth does PelcoNet use?
PelcoNet’s bandwidth is adjustable. You can set it from 2 to 5 Mbps. Pelco recommends a minimum of 250 Kbps for live video at medium image
quality. Check with your network administrator for how much bandwidth to use.
16. Can I use PelcoNet with a DSL or cable connection?
Yes. You will need a static IP address from your provider. Also verify what kind of bandwidth you will get since it varies by location. Verify that
your provider is not filtering the TCP/IP ports that PelcoNet uses.
78
C2904M-B (2/05)
INDEX
A
M
alarm input 26
Alarm indicator 42
Alarm input 42
Automatic connection 55
Average n [frames] 41
Menu tree 32
Motion detection 41, 55
Motion tracking 41
MPEG-2/MPEG-4 11
Multicast group IP address 47
Multicast packet TTL 47
Multicast port MPEG-2 47
Multicast port MPEG-4 47
Multicast streaming 47
B
Baud rate 44, 45
Box-to-box connection 15
C
Camera (name) 37, 38
Configuration download 36, 57
Configuration upload 36, 57
Configuration with terminal program 28
Configuration with web browser 31
Connect on alarm 55
Connection on alarm 42
Connection type 42
D
Data bits 44, 45
Date format 35
Direction of alarm connection 42
F
Firmware upload 57
G
Gateway IP address 47
H
Half-duplex mode 44
Hardware version 35
Help files 31
I
Idle state 43
Interface mode 44
IP address 9
L
Live video 14
Live video auto-connect 42
Live video page 49
Live video page indicators 48
Live video receiver IP address 42
Local sensitivity 41
C2904M-B (2/05)
N
Network administrator instructions 10
Number of video receiver address 42
O
Object min size [nxn blocks] 42
Operating mode 43
P
Parity check 44, 45
Password 35
Password confirm 35
Password level 35
Peripherals (connecting) 26
Pin assignments 13
Preset parameter MPEG-2 encoding 37
Preset parameter MPEG-4 encoding 38
PTZ cameras 11
R
Recording the video display 56
Relay follows 43
Relay name 43
Remote receiver password 42
S
Select area 41
Select path for storage 55
Serial interfaces 25
Serial port function 44, 45
Server push 14
Server push page 49
Snapshot (recording) 55
Snapshot (viewing) 56
Software upload 35, 57
Software version 11, 35
Stop bits 44, 45
Subnet mask 47
79
T
Terminal program commands 29
Time server IP address 35
Time zone 35
Tracker 41
Transparent data 25
Trigger relay 43
U
Unit date 35
Unit ID 35
Unit IP address 47
Unit name 35
Unit time 35
Upload progress 36
V
Video input termination 39
Video loss alarm 42
Video monitor name 39
Video motion alarm 41
Video on live page 37, 38
Video output standard 39
Viewing the video display 56
W
Web browser 10
80
C2904M-B (2/05)
PRODUCT WARRANTY AND RETURN INFORMATION
WARRANTY
If a warranty repair is required, the Dealer must contact Pelco at (800) 289-9100 or (559) 292-1981 to
obtain a Repair Authorization number (RA), and provide the following information:
Pelco will repair or replace, without charge, any merchandise proved defective in material or workmanship for a period of one year after the date of shipment.
1. Model and serial number
Exceptions to this warranty are as noted below:
2. Date of shipment, P.O. number, Sales Order number, or Pelco invoice number
• Five years on FT/FR8000 Series fiber optic products and the following fixed camera models:
CC3701H-2, CC3701H-2X, CC3751H-2, CC3651H-2X, MC3651H-2, and CC3651H-2X.
3. Details of the defect or problem
• Three years on all other fixed camera models (including Camclosure® Integrated Camera
Systems) and Genex® Series (multiplexers, server, and keyboard).
• Two years on all standard motorized or fixed focal length lenses.
• Two years on Legacy®, CM6700/CM6800/CM8500/CM9500/CM9700 Series Matrix, DF5 and
DF8 Series Fixed Dome products.
If there is a dispute regarding the warranty of a product which does not fall under the warranty
conditions stated above, please include a written explanation with the product when returned.
Method of return shipment shall be the same or equal to the method by which the item was
received by Pelco.
RETURNS
• Two years on Spectra®, Esprit®, and PS20 Scanners, including when used in continuous motion
applications.
In order to expedite parts returned to the factory for repair or credit, please call the factory at (800)
289-9100 or (559) 292-1981 to obtain an authorization number (CA number if returned for credit,
and RA number if returned for repair).
• Two years on Esprit® and WW5700 Series window wiper (excluding wiper blades).
All merchandise returned for credit may be subject to a 20% restocking and refurbishing charge.
• Eighteen months on DX Series digital video recorders and NVR300 Series network video
recorders.months on DX Series digital video recorders, NVR300 Series network video recorders, and all Endura™ Series distributed network-based video products.
Goods returned for repair or credit should be clearly identified with the assigned CA or RA number
and freight should be prepaid. Ship to the appropriate address below.
If you are located within the continental U.S., Alaska, Hawaii or Puerto Rico, send goods to:
• One year (except video heads) on video cassette recorders (VCRs). Video heads will be covered
for a period of six months.
• Six months on all pan and tilts, scanners or preset lenses used in continuous motion applications (that is, preset scan, tour and auto scan modes).
Pelco will warrant all replacement parts and repairs for 90 days from the date of Pelco shipment.
All goods requiring warranty repair shall be sent freight prepaid to Pelco, Clovis, California. Repairs
made necessary by reason of misuse, alteration, normal wear, or accident are not covered under
this warranty.
Pelco assumes no risk and shall be subject to no liability for damages or loss resulting from the
specific use or application made of the Products. Pelco’s liability for any claim, whether based on
breach of contract, negligence, infringement of any rights of any party or product liability, relating
to the Products shall not exceed the price paid by the Dealer to Pelco for such Products. In no event
will Pelco be liable for any special, incidental or consequential damages (including loss of use, loss
of profit and claims of third parties) however caused, whether by the negligence of Pelco or otherwise.
The above warranty provides the Dealer with specific legal rights. The Dealer may also have additional rights, which are subject to variation from state to state.
Service Department
Pelco
3500 Pelco Way
Clovis, CA 93612-5699
If you are located outside the continental U.S., Alaska, Hawaii or Puerto Rico and are instructed to
return goods to the USA, you may do one of the following:
If the goods are to be sent by a COURIER SERVICE, send the goods to:
Pelco
3500 Pelco Way
Clovis, CA 93612-5699 USA
If the goods are to be sent by a FREIGHT FORWARDER, send the goods to:
Pelco c/o Expeditors
473 Eccles Avenue
South San Francisco, CA 94080 USA
Phone: 650-737-1700
Fax: 650-737-0933
REVISION HISTORY
Manual #
C2904M
C2904M-A
Date
4/03
7/03
C2904M-B
2/05
Comments
Original version.
Added additional safeguards and warnings. Added note that unit needs to be rebooted after changing the IP address, subnet mask, or gateway IP address. Revised
specifications to reflect stereo jacks rather than RCA phone jacks for audio.
Changed pages 22 and 23 to instruct the installer to use the four supplied small screws from the rack mount kit to attach the brackets to the unit(s).
Pelco, the Pelco logo, Spectra, Genex, Esprit, Camclosure, Legacy, Coaxitron, and System 9760 are registered trademarks of Pelco.
Windows is a registered trademark of Microsoft Corporation.
PelcoNet and System 9740 are trademarks of Pelco.
Windows, DirectX, and ActiveX are registered trademarks of Microsoft Corporation in the United States and/or other countries.
Pentium 4 is a registered trademark of Intel Corporation.
NVIDIA is a registered trademark of NVIDIA Corporation.
ATI RADEON is a trademark of ATI Technologies Inc.
Parhelia is a trademark of Matrox Technologies Inc.
C2904M-B (2/05)
© Copyright 2005, Pelco.
All rights reserved.
81
®
World Headquarters
3500 Pelco Way
Clovis, California 93612 USA
USA & Canada
Tel: 800/289-9100
Fax: 800/289-9150
International
Tel: 1-559/292-1981
Fax: 1-559/348-1120
www.pelco.com
ISO9001
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